PATLITE WDB-D80S-PRO Wireless Data Acquisition System WD PRO Series Instruction Manual
- June 9, 2024
- PATLITE
Table of Contents
WDB-D80S-PRO Wireless Data Acquisition System WD PRO Series
GA0000937_06
Wireless Data Acquisition System WD PRO Series
TYPE WDB-D80S-PRO TYPE WDT-6LR-Z2-PRO
Instruction Manual
[Web Version]
Notice to Customer
Thank for your purchasing our PATLITE products. The WDB-D80S-PRO and WDT-
6LR-Z2-PRO are WD PRO Series products. For the WDR-LE-Z2, refer to “WDT-4LR-Z2
/WDT-5LR-Z2/WDT-6LR-Z2 Instruction Manual.” For the WDR-L(E)-Z2-PRO(-L), refer
to “WDT-4LR-Z2/WDT-5LR-Z2/WDT-6LR-Z2 /WDR-L(E) -Z2-PRO(-L) Instruction
Manual.”
Request the installation and wiring be performed by a professional contractor
if construction work is involved.
Prior to installation, read this manual thoroughly before using this product
to ensure correct use.
Re-read this manual before conducting maintenance, inspections, repairs, and
so on. If you have any questions about this product, please contact our
service and repair desk.
When using the system operation software WDSWIN01, use version 1.03 or later.
To the Contractor
Prior to installation, read this manual thoroughly to ensure it is installed
correctly.
Return this manual to the customer.
Page
1. Before you begin
5
2. Contents
11
3. Models
12
4. Part Names and Dimensions
13
5. Operation Overview
14
6. Installation
20
7. Operation
27
8. Function Details
47
9. Troubleshooting
60
10. Specifications
62
65 11. Replacement and Optional Parts
Wireless Data Acquisition System – WD PRO Series Instruction Manual
Table of Contents
5 1. Before you begin
1.1 About Safety Symbols …………………………………………………………………………………………………… 5 1.2 Safety
Precautions ……………………………………………………………………………………………………… 6
11 2. Contents
2.1 About the Contents …………………………………………………………………………………………………… 11 2.1.1 WDB-
D80S-PRO (Contact Input – Serial Communication Base Unit) ………………………………………………
11 2.1.2 WDT-6LR-Z2-PRO (WD PRO Transmitter) ……………………………………………………………………… 11
12 3. Models
3.1 About Models…………………………………………………………………………………………………………… 12 3.1.1 WDB-D80S-
PRO (Contact Input – Serial Communication Base Unit) ……………………………………………… 12
3.1.2 WDT-6LR-Z2-PRO (WD PRO Transmitter) ……………………………………………………………………… 12
13 4. Part Names and Dimensions
4.1 About Part Names and Dimensions …………………………………………………………………………………… 13 4.1.1
WDB-D80S-PRO (Contact Input – Serial Communication Base Unit)
……………………………………………… 13 4.1.2 WDT-6LR-Z2-PRO (WD PRO Transmitter)
……………………………………………………………………… 13
14 5. Operation Overview
5.1 About the WD System ………………………………………………………………………………………………… 14 5.2 System
Configuration ………………………………………………………………………………………………… 14
5.2.1 Glossary ………………………………………………………………………………………………………… 14 5.2.2 System
Configuration …………………………………………………………………………………………… 15 5.2.2.1 WD System
Configuration at Run Time ………………………………………………………………………… 15 5.2.2.2 WD System
Configuration at Maintenance ……………………………………………………………………… 16 5.3 WD System
Operation Overview ……………………………………………………………………………………… 17 5.4 About
Visualization Application Software ……………………………………………………………………………… 17 5.4.1 CSV
Data ……………………………………………………………………………………………………… 17 5.4.2 Socket Communication
………………………………………………………………………………………… 17 5.5 Function List
…………………………………………………………………………………………………………… 18 5.5.1 LED Unit and Buzzer Unit
Control Functions ……………………………………………………………………… 18 5.5.2 Contact Input Line
Functions …………………………………………………………………………………… 18 5.5.3 RS-232C Communication
Functions ……………………………………………………………………………… 18 5.5.4 Wireless Data Communication
Function ………………………………………………………………………… 19
20 6. Installation
6.1 Before Installation ……………………………………………………………………………………………………… 20 6.1.1 What
is the WD Wireless Network? ……………………………………………………………………………… 20 6.1.1.1 About
the WD Wireless Network ……………………………………………………………………………… 20 6.1.1.2 About
Selecting a Wireless Channel …………………………………………………………………………… 20 6.1.1.3 Example
Wireless Channel Selection…………………………………………………………………………… 20
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
6.1.2 About Grouping and ExtendedPanID …………………………………………………………………………… 21 6.1.3
About the MAC Address ………………………………………………………………………………………… 22 6.1.4 How many WDT
you can connect to WDR ……………………………………………………………………… 22 6.2 About the
Installation Environment …………………………………………………………………………………… 22 6.2.1
Installation Environment Main Points …………………………………………………………………………… 22 6.2.2
About the Influence of Surrounding Radio Waves ………………………………………………………………… 23
6.2.3 Distance Between Devices ……………………………………………………………………………………… 24 6.2.4
Ensuring Line of Sight …………………………………………………………………………………………… 24 6.2.5 WDR
Installation Position and Obstacles ………………………………………………………………………… 24
6.2.6.About the Signal Tower Power Supply Status …………………………………………………………………… 24
6.3 Equipment Settings …………………………………………………………………………………………………… 25 6.3.1 Setup
Information ……………………………………………………………………………………………… 25 6.3.2 Equipment Settings
……………………………………………………………………………………………… 26 6.4 Equipment Installation
………………………………………………………………………………………………… 26 6.4.1 WDB-D80S, WDT-PRO Installation
……………………………………………………………………………… 26 6.4.2 Checking Connections to WDR
………………………………………………………………………………… 26
27 7. Operation
7.1 WDB-D80S Installation ………………………………………………………………………………………………… 27 7.1.1
Installing and Removing WDB-D80S……………………………………………………………………………… 27 7.1.1.1
Wiring RS-232C Cable from Bottom of Main Unit ……………………………………………………………… 29
7.1.1.2 Wiring RS-232C Cable from Cable Gland ……………………………………………………………………… 30
7.1.1.3 When Not Using the RS-232C Cable …………………………………………………………………………… 31
7.1.1.4 Wiring Method When Using Pole Bracket and Pole (Accessories)
……………………………………………… 32 7.1.2 Replacing Mounting Bolts (M4 M3) on the Main
Unit…………………………………………………………… 33 7.1.3 Detaching the Terminal Block Connector
………………………………………………………………………… 33 7.1.4 WDB-DB0S wiring
……………………………………………………………………………………………… 34 7.1.4.1 Wiring When Lighting Control
and External Input, and Clear Input Control are on Different Equipment ……………
34 7.1.4.2 Wiring When Lighting Control and External Input, and Clear Input
Control are on Different Equipment …………… 36 7.1.4.3 Terminal Block Connector
(RS-232C Interface) Wiring ………………………………………………………… 37
7.2 WDT-PRO Installation ………………………………………………………………………………………………… 38 7.2.1
Installing and Removing WDT-PRO ……………………………………………………………………………… 38 7.2.1.1
Installing and Removing WDB-D80S …………………………………………………………………………… 38 7.2.1.2
Attaching the LED Unit and Buzzer Unit ………………………………………………………………………… 39
7.3 Using WDB-D80S, WDT-PRO ………………………………………………………………………………………… 41 7.3.1
Setting up WDB-D80S, WDT-PRO Main Unit……………………………………………………………………… 41 7.3.1.1
Setting up the Main Unit ……………………………………………………………………………………… 41 7.3.1.2 Setup
Items …………………………………………………………………………………………………… 41 7.3.1.3 Required Equipment
…………………………………………………………………………………………… 42 7.3.2 WDB-D80S DIP Switch Operations
……………………………………………………………………………… 42 7.3.3 Checking the WDB-D80S Status Lamp
…………………………………………………………………………… 43 7.3.4 Checking Operations with WDT-PRO
Indicator …………………………………………………………………… 44 7.3.5 Initializing WDB-D80S, WDT-PRO
……………………………………………………………………………… 45
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
7.3.6 Differences with WDT-LR Setup Items …………………………………………………………………………… 46
47 8. Function Details
8.1 LED Unit and Buzzer Unit Control Functions ………………………………………………………………………… 47
8.1.1.Signal Tower Control Functions ………………………………………………………………………………… 47 8.1.2
Remote Control Functions ……………………………………………………………………………………… 48 8.1.3 Release
Remote Control Function ……………………………………………………………………………… 49
8.2 Contact Input Line Functions ………………………………………………………………………………………… 50 8.2.1
Determine Signal Tower Control Input Function …………………………………………………………………… 50
8.2.2 Determine External Input Line Function ………………………………………………………………………… 52
8.2.3 Function to Determine Simultaneous Input of Signal Tower Control Line
and External Input Line ……………………… 53 8.2.4 Determine Clear Input Line
Function……………………………………………………………………………… 53 8.2.5 Simple Counter Function
………………………………………………………………………………………… 54
8.3 RS-232C Communication Functions ………………………………………………………………………………… 55 8.3.1
Communication Setup Function ………………………………………………………………………………… 55 8.3.2 Receive
Data Function…………………………………………………………………………………………… 55 8.3.3 Data Transmission
Function……………………………………………………………………………………… 56
8.4 Wireless Data Communication Functions……………………………………………………………………………… 56
8.4.1 Mesh Network Transmission …………………………………………………………………………………… 56 8.4.2
Information Transmission Function ……………………………………………………………………………… 57 8.4.2.1
About Timing of Input Information Transmissions ……………………………………………………………… 57
8.4.2.2 About Periodic Transmissions ………………………………………………………………………………… 57
8.4.2.3 About Information Transmitted to WDR ………………………………………………………………………… 57
8.4.2.4 About Format of Information Transmitted to WDR
……………………………………………………………… 58 8.4.2.5 About WDT-LR Format
………………………………………………………………………………………… 58 8.4.3 Retentive Status Function
……………………………………………………………………………………… 59 8.4.4 Receive Information Function
…………………………………………………………………………………… 59
60 9. Troubleshooting
9.1 Troubleshooting………………………………………………………………………………………………………… 60 9.1.1 Contact
Input – Serial Communication Base Unit ………………………………………………………………… 60 9.1.2 WDT-
6LR-Z2-PRO (WD PRO Transmitter) ……………………………………………………………………… 61
62 10. Specifications
10.1. Specifications ………………………………………………………………………………………………………… 62 10.1.1
Contact Input – Serial Communication Base Unit ………………………………………………………………… 62
10.1.2 WD PRO Transmitter …………………………………………………………………………………………… 64
65 11. Replacement and Optional Parts
11.1 Replacement Parts …………………………………………………………………………………………………… 65 11.2 Optional
Parts ………………………………………………………………………………………………………… 65
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
1. Before you begin
1. Before you begin
1.1 About Safety Symbols
To prevent injuries to the user and other personnel, as well as to prevent
damage to assets, note the following:
The following symbols classify warnings and cautions, and describe the level
of harm and damage that will occur when the corresponding instructions are
ignored.
WARNING This symbol indicates, “Failure to follow the instructions may lead to
death or serious injury.”
CAUTION This symbol indicates, “Failure to follow the instructions may lead to
injury or property damage.” The following symbols classify and describe the
content of associated messages.
Prohibited This symbol identifies “Prohibited” operations that should never be
carried out.
Mandatory This symbol identifies “Mandatory” instructions that should always
be carried out.
This symbol identifies general “Caution” related information.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
1. Before you begin
1.2 Safety Precautions
Prohibited Mandatory
WARNING
This Wireless Data Acquisition System (hereby referred to as “this product”)
gets various data and wirelessly transfers this data from a transmitter to a
receiver. Do not use this product for any other purpose.
Do not use this product in the vicinity of implanted cardiac pacemakers and
other medical equipment, as this product’s radio waves may affect the
performance of these devices.
Do not use or install the receiver in locations where liquids such as water is
present, oil will splatter, or locations that are humid or dusty. Failure to
follow these instructions could result in fire, electric shock or product
failure.
To prevent accidents, do not use this product other than for its intended
purpose and do not run operations or maintenance other than those described in
this manual.
This product is not intended for use where high reliability is required and
where human life is involved, such as medical equipment, atomic energy
equipment and machinery, aviation and aerospace, transportation, and control
of other equipment. If this product is used for these applications, we cannot
be held responsible in the event of injury or property damage.
Do not modify or disassemble this product. Failure to follow these
instructions could result in fire or electric shock.
Do not use this product when there is condensation. Failure to follow these
instructions could result in fire or electric shock.
Do not allow liquids to enter the receiver, and do not allow it to have
contact with metallic objects. Failure to follow these instructions could
result in fire or electric shock.
Request the installation and wiring be performed by a professional contractor
if construction work is involved. Failure to follow this instruction could
result in fire, electric shock or falls.
Turn off the power before performing any electric wiring or product
installation. Failure to follow this instruction could result in electric
shock.
Always use a power supply within the operating voltage range. Failure to
follow this instruction could result in fire or product failure.
In places such as aircraft and hospitals, turn off this product where usage of
wireless devices is prohibited and where its radio waves affect surrounding
equipment.
We cannot foresee all circumstances concerning the handling and dangers
associated with this product. Therefore, not every possible danger is
indicated in this instruction manual. To prevent accidents when operating or
maintaining the product, in addition to the safety guidelines identified in
the instructions of this manual, follow all general safety guidelines.
In the unlikely event that there is an abnormal situation such as smoke or
odors emitting from the product, immediately cut the power supplied to the
product. Failure to follow this instruction could result in fire or electric
shock.
Take the following precautions to prevent electric shock, short-circuit, or
damage. Disconnect the power before wiring, repairs, or replacing a fuse. Use
this product under suitable conditions. If the body or unit becomes damaged,
replace it.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
1. Before you begin
Prohibited Mandatory
CAUTION
Do not install this product near other electrical appliances. If you install
this product near a facsimile, personal computer, television, microwave oven,
or equipment using a motor, this product may not operate properly.
Do not use this product with the O-ring or waterproof gasket removed. This
will lower waterproofing performance. Failure to follow this instruction could
result in product failure.
Do not use this product in applications that require a high-degree of
reliability or real-time performance. If there are communication problems,
this product cannot retrieve accurate data.
Do not use this product near fire, in hot or humid environments, or where
corrosive or flammable gas is present. Failure to follow this instruction
could result in product malfunction.
Do not use or store this product in the following locations. Failure to follow
this instruction could result in product malfunction or failure. Environments
with poor breathability and ventilation. Near equipment that generate strong
electrical or strong magnetic fields. Places exposed to direct sunlight.
Locations subject to shock and vibration. Near heating appliances.
Environments where there is dust or iron powder. Locations where the product
may fall and break. Locations exposed to salty sea air.
Attach the cap (included) to the cable gland. Waterproofing performance is
lowered if the cap is not attached. Failure to follow this instruction could
result in product failure.
When the RS-232C cable is not passed through the cable gland, attach the
sealing plug (included). Waterproofing performance is lowered if the sealing
plug is not attached. Failure to follow this instruction could result in
product failure.
Do not touch the connector terminals inside the unit when attaching or
removing each unit or head cover. Failure to follow this instruction could
result in product failure.
Do not apply voltage to the flashing common line or external input common
line. Failure to follow this instruction will result in product failure.
Operate this product only after thorough testing in the customer environment.
Pay close attention to the polarity of the power supply before connection.
Connecting the power supply
incorrectly could result in product failure.
To clean this product, wipe with a soft cloth dampened with water. Do not wipe
with cleaners containing thinners, benzine, gasoline, or oil.
To maintain dust and waterproofing performance, always use this product with
the transmitter, LED unit, and head cover or buzzer unit securely attached.
When removing covers or packing, which are attached to this product, be
careful not to snag the product. Failure to follow this instruction could
result in product failure.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
1. Before you begin
CAUTION
Although this product has a high level of security, there is the potential for
third-parties to intercept communications as this product uses radio waves.
When using this product, pay close attention to the following: Due to the
nature of radio waves, communication can be disabled even over insignificant
distances as a
result of noise or other environmental factors. Do not use this product near
chemicals. This product could melt or become deformed if any chemicals
adhere to it. To prevent static electricity, discharge the static electrical
charge in your body before starting work. (You
can discharge static electricity by touching your hand on grounded metal
objects.) Perform daily inspections. As a precaution, use this product in
conjunction with other equipment to handle potential problems.
Operation under the following conditions could cause the wireless
communication distance to become shorter than specified, and increase reaction
times: Metal obstructions, such as steel doors or reinforced concrete, are
between the transmitter and receiver. Transmitter or receiver is mounted on a
metal surface. Powerful radio waves are nearby, such as those emitted by
broadcasting stations. Power lines or other high-voltage lines are nearby.
About the Operating Environment We tested the product with out of the box
computers in a normal operating environment. However,
depending on your operating environment, which includes the computer main
unit, peripheral devices and applications in use, there may be cases where
this product will not run properly.
The software copyrights are held by our company. Do not use this software in
other products, or duplicate or modify a portion or all the software without
prior written permission.
Disposing this product When disposing of this product, follow the rules and
regulations on how to handle recyclable materials as
outlined in your community.
About this manual The contents of this manual are subject to change without
notice. Images in this manual are for illustration purposes only, and may
appear different from the actual product.
Additionally, for ease of explanation, the illustration may hide a portion of
the product. This manual is copyrighted. No part of the manual, including
drawings or technical information, can be
copied or duplicated in any manner, without prior consent. When transferring
ownership of this product, include the instruction manual (digest version). If
you have any questions or need further information, contact your nearest
PATLITE sales representative.
We cannot warrant against breakdowns caused by disassembling this product,
natural disasters, or handling of this product that is contrary to any
warnings or precautions contained herein. Avoid using this product in ways
other than those described in this manual.
We cannot be held responsible for damages and injuries caused by failing to
pay attention, or failing to follow precautions, during operation and
maintenance.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
1. Before you begin
Conformity requirements for the UL Standard – Maximum surrounding air
temperature rating of 50 – This product is designed for use on a flat surface
for a Type 1 Enclosure. – For use in Pollution Degree 2 Environment. – Use a
“class 2” power supply specified in the guidelines under UL1310.
FCC notation requirement This device complies with part 15 of the FCC Rules.
Operation is subject to the following two conditions: (1) This device may not
cause harmful interference, and (2) this device must accept any interference
received, including interference that may cause undesired operation.
FCC CAUTION Changes or modifications not expressly approved by the party
responsible for compliance could void the user’s authority to operate the
equipment. Note:This equipment has been tested and found to comply with the
limits for a Class B digital device, pursuant to part 15 of the FCC Rules.
These limits are designed to provide reasonable protection against harmful
interference in a residential installation. This equipment generates, uses and
can radiate radio frequency energy and, if not installed and used in
accordance with the instructions, may cause harmful interference to radio
communications. However,there is no guarantee that interference will not occur
in a particular installation. If this equipment does cause harmful
interference to radio or television reception, which can be determined by
turning the equipment off and on,the user is encouraged to try to correct the
interference by one or more of the following measures: – Reorient or relocate
the receiving antenna. – Increase the separation between the equipment and
receiver. – Connect the equipment into an outlet on a circuit different from
that to which the receiver is connected. – Consult the dealer or an
experienced radio/TV technician for help. (Responsible party in U.S.A.)
PATLITE U.S.A. Corporation, R20130 S. Western Ave. Torrance, CA90501, U.S.A.
EU Declaration of Conformity We PATLITE Corporation, 4-1-3, Kyutaromachi,
Chuo-ku, Osaka-shi, Osaka 541-0056 JAPAN declare under our sole responsibility
that the product described below is in compliance the following directives. –
Product Name: Wireless Data Acquisition System WD PRO Transmitter – Company
Logo: – Directive: Electromagnetic Compatibility Directive(EMC): 2014/30/EU –
RoHS Directive: 2011/65/EU – Radio Equipument Directive: 2014/53/EU – Low
Voltage Directive (LVD): 2014/35/EU Visit our homepage at
https://www.patlite.com/ce/wd_07539.html to download “EU Declaration of
Conformity”.
La operación de este equipo está sujeta a las siguientes dos condiciones: (1) es posible que este equipo o dispositivo no cause interferencia perjudicial y (2) este equipo o dispositivo debe aceptar cualquier interferencia, incluyendo la que pueda causar su operación no deseada.
9
2 :
Wireless Data Acquisition System – WD PRO Series Instruction Manual
1. Before you begin
. .
This telecommunication equipment conforms to the standard or technical requirements of NBTC.
. .. 2498
.
.
.
.
.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
2. Contents
2. Contents
2.1 About the Contents 2.1.1 WDB-D80S-PRO (Contact Input – Serial Communication Base Unit)
Main Unit: 1
Hexagon Nut with Flange (M4)
Accessories
Hexagon Nut with Flange (M3)
Hexagon Bolt (M3)
Instruction Manual (digest version): 1 copy
3 Cap for Cable Gland
6
Sealing Plug for Cable Gland
3
Terminal Block Connector
1
1
1
2.1.2 WDT-6LR-Z2-PRO (WD PRO Transmitter)
Main Unit: 1 Instruction Manual (digest version): 1 copy
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
3. Models
3.1 About Models 3.1.1 WDB-D80S-PRO (Contact Input – Serial Communication Base
Unit)
3. Models
Model
W D B – Model Number
Format
Number of
Number of
External Contact External Contact Communication
Inputs
Outputs
Series
D
8
0
S -PRO
D Digital
S Serial communication
3.1.2 WDT-6LR-Z2-PRO (WD PRO Transmitter)
Model
Size
W D T – Model Number 6 L R –
Wireless Type
Z2
Series
-PRO
6LR 60 LR Signal Tower
Z2 Zigbee2007Pro 2.4GHz
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
4. Part Names and Dimensions
4. Part Names and Dimensions
4.1 About Part Names and Dimensions
4.1.1 WDB-D80S-PRO (Contact Input – Serial Communication Base Unit)
60 19
75
Head cover Nameplate Body
Cable gland
Direct Mount Bracket 35
12 Waterproof gasket
Front View
Lead Wire ULI061 AWG24 (Wire length: 1300 mm)
Cap for cable gland (accessory)
Sealing plug for cable gland (accessory)
(12) (Unit: mm) Side View
4.1.2 WDT-6LR-Z2-PRO (WD PRO Transmitter)
70
60 Front View
O ring Case
Indicator
Nameplate
MAC Address
Rear View
(Unit: mm)
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
5. Operation Overview
5. Operation Overview
5.1 About the WD System
To collect data available on equipment in your facility, the WD system
transmits associated information (such as equipment operation data) to a host
computer over the WD wireless network. By using visualization application
software, you can use collected information to accurately view the capacity
utilization rate, trigger improvement activities, and optimize operations.
This application is not limited to production facilities and can be applied to
other areas.
5.2 System Configuration
5.2.1 Glossary
Term WD System WD Wireless Network
Description Name for the system as a whole. Can include multiple WD wireless networks and the host. A part of the wireless network that consists of one WDR and multiple WDT (up to 30 units).
WDR
Receiver on a WD wireless network. Receives information from multiple WDT and
transmits to the host.
Model: WDR-LE-Z2, WDR-L-Z2-PRO(-L), WDR-LE-Z2-PRO(-L)
WDS
Application software for WDT and WDR settings, and for collecting Signal Tower
information in the WD system as CSV log data.
Model: WDS-WIN01
WDT
Transmitter on a WD wireless network. Collects various information from a
Signal Tower and transmits the information wirelessly to WDR.
Models: WDT-5E-Z2, WDT-6M-Z2, WDT-4LR-Z2,WDT-5LR-Z2, WDT-6LR-Z2,
WDT-6LR-Z2-PRO
WDT-LR
Transmitter on a WD wireless network. Connect and use with LR Signal Towers. Models: WDT-4LR-Z2,WDT-5LR-Z2, WDT-6LR-Z2
WDT-PRO
WD PRO transmitter on a WD wireless network. Information retrieved from a WD
PRO Series Base Unit is wirelessly transmitted to WDR.
Model: WDT-6LR-Z2-PRO
WDB-D80S
Contact Input – Serial Communication Base Unit on the WD wireless network.
Transmits the status of the Signal Tower control line, status of the external
input line, and serial communication data to WDT-PRO.
Model: WDB-D80S-PRO
Signal Tower Input Information Input information of the Signal Tower collected by the WD system.
Host
Equipment for operation of the WD system.
Visualization Application Software*
Application software installed on the host PC. Use this application to display information collected by the WD system in a gantt chart or graph. Must be provided by the customer.
Maintenance PC
At maintenance, personal computer for setting up the WDT, WDT-PRO, WDB-D80S, and WDR.
*For visualization application software, refer to “5.4 About Visualization Application Software( P.17)”.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
5.2.2 System Configuration 5.2.2.1 WD System Configuration at Run Time
Configuration diagram
WD System
WD wireless network
WDT (maximum 30 units)
LAN
WDR
WD wireless network
WDT (maximum 30 units)
WDR
WD wireless network
WDT (maximum 30 units)
WDR
5. Operation Overview
Host PC
WDS
Visualization Application
Configuration
Item
Number of configuration items
Models
WDT
1 to 30 units*1 per receiver
WDT-5E-Z2/WDT-6M-Z2/WDT-4LR-Z2/ WDT-5LR-Z2/WDT-6LR-Z2/WDT-6LR-Z2PRO (this product)
WDR
1 to 20 units*2
WDR-LE-Z2 / WDR-L(E)-Z2-PRO(-L)
WDS
1
WDS-WIN01 *Version 1.03 or later
Host PC*3
1 unit
–
1 For information, refer to “6.1.4 How many WDT you can connect to WDR( P.22)”. 2 When collecting CSV log data with WDS-WIN01. *3 When connecting the WDR directly to the host PC with a LAN cable, use a cross cable.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
5.2.2.2 WD System Configuration at Maintenance Configuration diagram
WD System
WDT-PRO / WDB-D80S
WDR
LAN (Cross Cable) or USB Cable
5. Operation Overview
Maintenance PC
micro-USB Connector Socket
micro-USB Cable
WDS
Bottom
Configuration Item
WDT-PRO WDB-D80S WDR WDS Maintenance PC LAN Cable1 2 USB Cable3 4 micro-
USB Cable3 5
Number of configuration items
Units as required
1 unit 1
1 unit 1 1 1
Models WDT-6LR-Z2-PRO WDB-D80S-PRO WDR-LE-Z2 / WDR-L(E)-Z2-PRO(-L) WDS-WIN01
*Version 1.03 or later
–
- 1 When configuring the WDR LAN settings, connect with a LAN cable. 2 When connecting the WDR directly to the host PC with a LAN cable, use a cross cable. 3 Use USB and micro-USB cables that are 3m or shorter. 4 Do not connect LAN and USB cables at the same time. 5 Use the micro-USB cable with this product’s power supply only. The USB driver may be installed on the maintenance PC,
but this is not an issue.
WARNING
When using a USB connection between this product and a computer, do not let
the product’s power supply contact the computer or peripheral devices.
Failure to follow this instruction could result in burns and ignite the
product. For example, when grounding the positive
terminal of this product’s power supply, do not frame ground the computer,
which is connected to this product via USB. Depending on the computer, some
negative terminals on the USB port are attached to the connector’s outer
shell. When such a computer is connected to this product, the computer’s FG
(housing) and negative terminal of this product’s USB port are connected. In
this state, if the computer is attached to the metal portions where the
positive terminal of this product’s power supply is grounded, 24 V will be
applied to this product’s negative terminal on the USB port, which will lead
to fire.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
5. Operation Overview
5.3 WD System Operation Overview
WDT transmits Signal Tower information via the WDR to the WDS on the host PC.
WDS collects the information and stores it as CSV log data. Load the data into
visualization application software. The visualization application software can
also directly load the WDR Signal Tower information.
5.4 About Visualization Application Software
CAUTION
The customer needs to provide the visualization application software. Select a
visualization application software suitable for customer visualization
requirements.
There are two ways the WD system passes collected information to the
visualization application software: 1) CSV Data 2) Socket Communication.
5.4.1 CSV Data
WD System
Transmit Signal Tower information
WDS
Read Signal Tower Input Information and save as CSV Data
Visualization Application Software
Visualization of CSV Data
No.
Visualization Application Software Preparation
References
1
When using software packages from PATLITE partners that support the WD system
Please contact our sales office.
2 When customer develops their own solution
Refer to this manual Refer to “WDS-WIN01 Instruction Manual”
5.4.2 Socket Communication
WD System
Transmit Signal Tower information
Visualization Application Software
Visualization of Signal Tower input information
No.
Visualization Application Software Preparation
References
1
When using software packages from PATLITE partners that support the WD system
Please contact our sales office.
2 When customer develops their own solution
Refer to this manual Refer to “Application Notes”*
- For information, contact your nearest PATLITE sales representative.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
5. Operation Overview
5.5 Function List
5.5.1 LED Unit and Buzzer Unit Control Functions
Runs control of LED and buzzer units connected to WDT-PRO. There are two
types: Control based on the Signal Tower control line, and remote control from
the host.
Function
Description
References
Signal Tower Control Functions
Functions that control LED or buzzer
8.1.1.Signal Tower Control Functions(P.47)
units with the Signal Tower control line.
Remote Control Functions
Functions that perform remote control of LED or buzzer units from the host.
8.1.2 Remote Control Functions(P.48)
Release Remote Control Functions
Function that enables operation transition from Remote Control Function to Signal Tower Control Function.
8.1.3 Release Remote Control Function(P.49)
5.5.2 Contact Input Line Functions
Determines the input status of the Signal Tower control line, external input
line, and clear input line.
Function
Description
References
Determine Signal Tower Control Input Function
Function for determining the signal input status of the Signal Tower control line.
8.2.1 Determine Signal Tower Control Input Function(P.50)
Determine External Input Line Function
Function to detect changes in state of 8 external input lines and to save that information.
8.2.2 Determine External Input Line Function(P.52)
Determine Simultaneous Input Function
Function to set the sensitivity for determining simultaneous input on the Signal Tower control line and external input line.
8.2.3 Function to Determine Simultaneous Input of Signal Tower Control Line and External Input Line(P.53)
Determine Clear Input Line Function
Function to detect inputs on the clear input line and to save that information. Detects when the clear input line changes from OFF to ON.
8.2.4 Determine Clear Input Line Function(P.53)
Simple Counter Function
Function for saving the accumulated value (counter value) of pulse inputs (incremented 1 at a time) on a signal wire.
8.2.5 Simple Counter Function(P.54)
5.5.3 RS-232C Communication Functions
Runs communication with external equipment, such as a bar code reader, through
the RS-232C interface.
Function
Description
References
Communication Setup Function
Function to set up RS-232C communication.
8.3.1 Communication Setup Function(P.55)
Receive Data Function
Function for receiving data transmitted by external equipment, following the receive data file format settings.
8.3.2 Receive Data Function(P.55)
Transmit Data Function
Function for transmitting to external equipment data received from the host.
8.3.3 Data Transmission Function(P.56)
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
5. Operation Overview
5.5.4 Wireless Data Communication Function
Wirelessly transmits to WDR the status information of each contact input line or the RS-232C data input. Also receives RS-232C data from the host and transmits to external equipment.
Function
Description
References
Mesh Network Transmission Function
Function that automatically connects the WDT over the optimum communication route to the WDR for transmitting information.
8.4.1 Mesh Network Transmission(P.56)
Transmit Information Function
Function for WDT-PRO to wirelessly transmit to WDR the Signal Tower control
line, external input line, data from RS-
232C communication, and counter value.
8.4.2 Information Transmission Function(P.57)
Retentive Status Function
When a transmission failure occurs between the Signal Tower information input and the actual transmission, this function temporarily retains the transmission information in the product.
8.4.3 Retentive Status Function(P.59)
Receive Information Function
Function for the WDT-PRO to receive commands and data wirelessly transmitted from WDR.
8.4.4 Receive Information Function(P.59)
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
6. Installation
6. Installation
6.1 Before Installation
6.1.1 What is the WD Wireless Network? 6.1.1.1 About the WD Wireless Network
The WD wireless network operates on the IEEE802.15.4 (ZigBee) compliant 2.4
GHz frequency. Although it runs on the same 2.4 GHz frequency as a wireless
LAN (Wi-Fi), because it conforms to IEEE802.15.4 the WD wireless network can
operate without a wireless LAN. However, if the frequencies you use overlap,
the WD wireless network could experience transmission delays and other
communication issues.
The wireless communication is encrypted. The encryption standard used is AES-
CCM (Advanced Encryption Standard-Counter with CBC-MAC), with an encryption
key of 128 bits.
6.1.1.2 About Selecting a Wireless Channel
The WD wireless network uses 16 wireless channels (CH11 to CH26).
Select a wireless channel to avoid conflict with the frequency band of the LAN wireless channels in your installation environment.
The relationship between frequency bands of channels on the WD wireless network and on the wireless LAN is as follows.
Wireless LAN
Channels in use CH5
CH10
CH4
CH9
CH3
CH8
CH13
CH2
CH7
CH12
CH1
CH6
CH11
WD Wireless Network
Channels in use
CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH CH 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
2400 MHz
The frequency of each channel on the WD wireless network is as follows.
2500MHz
Channel
CH11
Mid-range frequency (MHz)
Bandwidth (MHz)
2,405
2
Channel
CH19
Mid-range frequency (MHz)
Bandwidth (MHz)
2,445
2
CH12
2,410
2
CH20
2,450
2
CH13
2,415
2
CH21
2,455
2
CH14
2,420
2
CH22
2,460
2
CH15
2,425
2
CH23
2,465
2
CH16
2,430
2
CH24
2,470
2
CH17
2,435
2
CH25
2,475
2
CH18
2,440
2
CH26
2,480
2
6.1.1.3 Example Wireless Channel Selection
When the wireless LAN uses three channels (CH1, CH6, and CH11), select either
CH15, CH20, CH25, or CH26. In most cases, selecting CH25 or CH26 will enable
you to avoid the wireless LAN channels.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
6. Installation
6.1.2 About Grouping and ExtendedPanID
The WD system requires grouping each WD wireless network (one WDR with
multiple connected WDT). You can define the group by setting the ExtendedPanID
property on the WDR and WDT to the same value. The ExtendedPanID consists of
16 single-byte, alphanumeric characters. Setup range: 0000 0000 0000 0000 to
FFFF FFFF FFFF FFFE.
You can use any combination of WDT-5E-Z2, WDT-6M-Z2, WDT-4LR-Z2,WDT-5LR-Z2,
and WDT-6LR-Z2. The following illustrate how you can set the ExtendedPanID and
wireless channels for devices in multiple groups.
WD Network
Group 1
[WDT and WDR Common Settings] ExtendedPanID: 0000 0000 0000 0001 Wireless Channel: CH15
WD Network
Group 2
[WDT and WDR Common Settings] ExtendedPanID: 0000 0000 0000 0002 Wireless Channel: CH20
WD Network
Group 3
[WDT and WDR Common Settings] ExtendedPanID: 0000 0000 0000 0003 Wireless Channel: CH26
WD Network
Group 4
[WDT and WDR Common Settings] ExtendedPanID: 0000 0000 0000 0004 Wireless Channel: CH15
WD Network
Group 5
[WDT and WDR Common Settings] ExtendedPanID: 0000 0000 0000 0005 Wireless Channel: CH20
WD Network
Group 6
[WDT and WDR Common Settings] ExtendedPanID: 0000 0000 0000 0006 Wireless Channel: CH26
If there are multiple channels available for selection, you should use
separate wireless channels for each group. By distributing groups over
multiple channels, you can reduce the load concentrated on a single wireless
channel.
CAUTION
When there are multiple WDR in your system, do not use duplicate ExtendedPanID
values. The product may not operate properly. When the WDT ExtendedPanID is
0000 0000 0000 0000, regardless of the ExtendedPanID setting all the WDR may
be grouped together. In this scenario, because the grouped wireless network is
not stable, set any value other than 0000 0000 0000 0000 during configuration.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
6. Installation
6.1.3 About the MAC Address
Static address assigned to WDT-PRO for identification. This address is called
a MAC address (IEEE address). The MAC address is printed on a nameplate on the
back of the WDT-PRO.
Nameplate
MAC Address 0123456789ABCDEF
6.1.4 How many WDT you can connect to WDR
The number of WDT units you can connect to a WDR is limited by the frequency of information sent to the WDR. The total transmissions from all WDT connected to the WDR is limited to 120 or less per minute (transmission interval of 0.5 seconds or longer) (When WDR-L(E)-Z2-PRO(-L), limited to 240 or less per minute (transmission interval of 0.25 seconds or longer)). To satisfy this condition, use the following table as a guide and determine the number of connected units.
WDT connection limit
Estimated number of Contact Input Information, RS-232C Input Information, and Clear Input Information transmissions / 1 WDT
30 unit
4 times per minute (8 times per minute *WDR-L(E)-Z2-PRO(-L))
20 unit
6 times per minute (12 times per minute *WDR-L(E)-Z2-PRO(-L))
10 unit
12 times per minute (24 times per minute *WDR-L(E)-Z2-PRO(-L))
5 unit
24 times per minute (48 times per minute *WDR-L(E)-Z2-PRO(-L))
1 unit
120 times per minute (240 times per minute *WDR-L(E)-Z2-PRO(-L))
6.2 About the Installation Environment
6.2.1 Installation Environment Main Points
There are five essential points to consider at installation.
No.
Description
1
There is no influence in radio waves at the installation site. Also, the radio waves at the installation site do not change over time.
References
6.2.2 About the Influence of Surrounding Radio Waves(P.23)
The distance between devices (WDR, WDT) does not exceed 2 recommendations. The
recommended distance between all WDT
and WDR is within line of sight.
6.2.3 Distance Between Devices(P.24)
Each device (WDR and WDT) is in line of sight. To ensure good 3 line of sight,
the location should not be cluttered and should be
free of any obstacles.
6.2.4 Ensuring Line of Sight(P.24)
WDR placement is appropriate.
4 Install in a location as high as possible. Install away from obstacles that
could disrupt radio waves.
6.2.5 WDR Installation Position and Obstacles(P.24)
Each device is always powered, and the mesh network is always
5
available. If power is not available for one of the WDT, the communication path could get interrupted and information may not
–
be transmitted.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
6. Installation
6.2.2 About the Influence of Surrounding Radio Waves
If the WD wireless network is affected by radio interference from electronics,
microwave ovens, or other manufacturing equipment, normal operation may not be
possible. Check the radio wave environment before installation and confirm
there is no radio interference on the wireless radio bands you are planning to
use.
Causes of Radio Interference
Description
Other wireless devices
Wireless devices using the same frequency or frequencies in the same neighborhood.
Noise from other equipment
Noise caused by power supply circuits, electronic circuits, or oscillators.
Noise from the surroundings
Noise from motors and engine equipment Noise from transmission lines, power
supply equipment,
and industrial equipment. Noise from microwave ovens and fluorescent lamps.
Surrounding obstacles*
Interference caused by phasing with own radio waves.
*Various obstacles (wall, floor, ceiling, pillar, equipment) may exist in the installation environment. The reception of radio waves changes depending on the relationship between the position of each device (WDR, WDT), obstacles, and the surrounding environment. As shown in the figure below, radio waves transmitted from a single point are delivered to each device (WDR, WDT) from multiple directions, such as when radio waves travel in a direct line, and when radio waves reflect off obstacles. Radio wave interference could be caused by this scenario, and operation may not be possible due to canceling radio waves.
Direct Wave
- Reflected Wave (Opposite phase)
WDT
Received Wave
The two radio waves cancel each other out
Direct Reflection
Receive WDR
Reflection
Obstacles (wall, floor, ceiling, pillar, building)
When wireless LAN and in-house PHS access points are installed in the surrounding environment, install WDR so they are 5 to 10 m or more away from access points.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
6. Installation
6.2.3 Distance Between Devices
Place the WDT within a 20 m radius (recommended line-of-site distance) of the
WDR. If more distance is required, add another WDT.
20 m 20 m
20 m
6.2.4 Ensuring Line of Sight
Good line of sight for each device (WDR, WDT) and free of any obstacles hereafter referred to as the Fresnel Zone is required. The Fresnel zone is a three-dimensional space, whose size is estimated as shown in the following illustration.
If you cannot establish the Fresnel zone, sometimes the available communication distance may be shorter than usual due to obstacles inhibiting communication.
D
Fresnel Zone
L Line of sight distance
D Fresnel zone diameter
L
20 m
1.6 m
WDT
WDR
10 m
1.2 m
Figure 1
Obstacles (wall, floor, ceiling, pillar, building)
WDT
Figure 2
WDR Fresnel Zone
CAUTION
When installing on a metal plate or concrete wall, install the devices in the
Fresnel zone so they are free of any obstacles.
6.2.5 WDR Installation Position and Obstacles
When onto a pillar such as the I-beam in a building, install the WDR in a
direction that promotes the propagation of radio waves.
When using the WDR in a box, use a resin box with radio wave permeability.
6.2.6.About the Signal Tower Power Supply Status
To operate this product, you need to constantly supply power to the power
line. For information, refer to “7.1.4 WDBDB0S wiring( P.34)”.
24
Wireless Data Acquisition System – WD PRO Series Instruction Manual
6. Installation
6.3 Equipment Settings
This section describes the steps for setting up and installing equipment. Refer to “7 Operation”, as well as instruction manuals of related products.
6.3.1 Setup Information
Have the information for the settings below prepared beforehand.
Information required
Information about the equipment to connect
Description
Equipment name and other equipment identification information
Information about the Signal Tower
Model, operation information
WDT-PRO and WDR common setup information
Wireless Settings
ExtendedPanID Settings Frequency Channel Settings
References
–
–
6.1.2 About Grouping and ExtendedPanID(P.21)
6.1.1 What is the WD Wireless Network?(P.20)
WDT-PRO setup information
Operation Settings
Format of Signal Tower Settings Input Information Transmission Timing Setting
RS-232C Communication Settings
Simple Counter Settings
Determine Signal Tower Input Setting
8.4.2 Information Transmission Function(P.57)
8.3.1 Communication Setup Function(P.55)
8.2.5 Simple Counter Function(P.54)
8.2.1 Determine Signal Tower Control Input Function(P.50)
WDB-D80S setup information
Operation Settings
Power Supply Settings
Determine Simultaneous Input Sensitivity Setting
Wireless Settings
Input Information Transmission Format Setting
Receive Data File Format Setting
Network Startup Method
*1
8.2.3 Function to Determine Simultaneous Input of Signal Tower Control Line
and External Input Line(P.53)
8.4.2 Information Transmission Function(P.57)
8.3.2 Receive Data Function(P.55)
IP Address
WDR setup information LAN Communication Subnet Mask
*2
Setting
Default Gateway
DNS Server Port Number
- 1 For this product’s settings, use [Power Supply Wire]. For information, refer to “WDS-WIN01 Instruction Manual”. * 2 For WDR setup information, refer to “WDT-4LR-Z2/WDT-5LR-Z2/WDT-6LR-Z2 Instruction Manual”, “WDT-4LR-Z2/WDT5LR-Z2/WDT-6LR-Z2/WDR- L(E)-Z2-PRO(-L) Instruction Manual”.
NOTICE
Information about settings is required not only for installing equipment, but
also when adding equipment, maintaining the system, relocating, and for
efficient and accurate work. Prepare the setup information before starting
installation.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
6. Installation
6.3.2 Equipment Settings
“6.3.1 Setup Information”Use the setup information, refer to “6.3.1.Setup
Information”, to prepare the equipment. For system configuration when setting
up equipment, refer to “5.2.2.2 WD System Configuration at Maintenance(
P.16)”.
Use the system configuration software WDS-WIN01 for equipment settings.
Install WDS-WIN01 on the maintenance PC and set up the equipment. For using
WDS-WIN01, refer to “WDS-WIN01 Instruction Manual”. The setup procedure is as
follows.
Step
Operation
References
1
Prepare required equipment and create the
maintenance environment.
Refer to “WDS-WIN01 Instruction Manual”
Refer to “WDT-4LR-Z2/WDT-5LR-Z2/WDT-6LR-Z2
2
Set up communication settings between WDR and maintenance PC.
Instruction Manual”
Refer to “WDT-4LR-Z2/WDT-5LR-Z2/WDT-6LR-Z2/WDR-
3
Set up WDB-D80S and WDT-PRO.
L(E)-Z2-PRO Instruction Manual”
4
Set up the WDR settings.
7.3.1 Setting up WDB-D80S, WDT-PRO Main Unit(P.41)
6.4 Equipment Installation
CAUTION
When deciding the installation location of each device, carefully review the
following procedure regarding installation location. The installation location
could cause problems such as unstable operation or communication failure.
Install devices only after equipment setup is complete.
6.4.1 WDB-D80S, WDT-PRO Installation
The installation process is as follows.
Step
Operation
1
Install WDB-D80S to the mounting surface.
2
Wire the WDB-D80S.
3
Attach WDT-PRO to WDB-D80S.
4
Attach the LED and buzzer units to WDT-PRO.
References
7.1.1 Installing and Removing WDB-D80S(P.27) 7.1.4 WDB-DB0S wiring(P.34)
7.2.1.1 Installing and Removing WDB-D80S(P.38) 7.2.1.2 Attaching the LED Unit
and Buzzer
Unit(P.39)
6.4.2 Checking Connections to WDR
The checking process is as follows.
Step
Operation
Check the product’s wireless status.
1
Turn on this product and WDR.
Use the WDT-PRO indicator to check the
wireless status.
Check the settings for this product and WDR. 2 Use WDS-WIN01 to check the
content of
setup items.
References
7.3.4 Checking Operations with WDT-PRO Indicator(P.44) Refer to “WDS-WIN01
Instruction Manual”
26
Wireless Data Acquisition System – WD PRO Series Instruction Manual
7. Operation
7. Operation
7.1 WDB-D80S Installation
7.1.1 Installing and Removing WDB-D80S
NOTICE
Requirements for the mounting location. Minimal vibrationStrongLevel Install
this product in the upright position. If you need to install on an uneven
surface and waterproofing is required, use a sealant in the gap between the
product and mounting surface. For IP65 rating requirement, when clamping
brackets to the mounting surface, apply sealant to the screw or nut portion
and the wire distribution hole. When using the RS-232C cable, fix it in place
so it is not subjected to bending or pulling.
About the RS-232C Cable There are two wiring methods for the RS-232C cable,
“Wiring RS-232C Cable from Bottom of Main Unit” and
“Wiring RS-232C Cable from Cable Gland”. The RS-232C cable is offered as an
accessory (Part number WDX-SC01) but you can use any commercially
available product. Use a cable with lead wires that have a wire diameter of
AWG24 to 28. When using the cable gland wiring method, use a cable with a 4.5
to 6.5 mm diameter.
*When providing your own, strip one end of the cable as shown below.
70 mm
Mounting Hole Dimension Diagram The position of the mounting holes is different between using M4 bolts and M3 bolts.
When using M4 bolts: 4 (3 places) When using M3 bolts: 3 (3 places)
Wire Distribution Hole (12)
120°
120°
Product Front
3
M4
4
40
M3
3
30
mm
When using M4 bolts: 40 When using M3 bolts: 30
Product Outer Dimension
Nameplate Location
(Unit: mm)
27
Wireless Data Acquisition System – WD PRO Series Instruction Manual
7. Operation
Wiring Caution
CAUTION
When securing the cable, secure with extra cable length. If there is not
enough extra cable length, then it could prevent you from removing this
product from the direct mount bracket.
Body
Direct Mount Bracket
Cable As there is sufficient extra cable length, you can remove this product.
Body
Direct Mount Bracket
Cable If there is not enough extra cable length, then it could prevent you from removing this product.
28
Wireless Data Acquisition System – WD PRO Series Instruction Manual
7. Operation
7.1.1.1 Wiring RS-232C Cable from Bottom of Main Unit
In the mounting location, drill holes for mounting and wiring the product.
Mounting Hole Dimension Diagram(P.27)
- When using a pole bracket and pole, drilling holes is
unnecessary. Rotate the body counterclockwise and detach from the direct mount bracket.
Apply the sealing plug and cap to the cable gland, and rotate the cap clockwise to attach.
Body
- When the sealing plug pops out of the cap, use your hand to push the sealing plug back in.
Recommended Torque 0.6 N·m (approximate)
Use nuts to secure the direct mount bracket in the mounting position.
Direct Mount Bracket
Recommended Torque 0.6 N·m (approximate) 7.1.2 Replacing Mounting Bolts (M4
M3) on the
Main Unit(P.33)
- Do not secure when using a pole bracket and pole.
Cut the RS-232C cable’s lead wires so 40 mm remains, then strip them.
Strip 6 to 7 mm
Terminal Block Connector (accessory)
Cable gland
Sealing plug (accessory)
Cap (accessory)
40 mm Cut
(about 30 mm)
Pass the wires (gray or black) and RS-232C
cable through the wire distribution hole.
- When using a pole bracket and pole, refer to “7.1.1.4 Wiring Method When Using Pole Bracket and Pole (Accessories)( P.32)”.
Wire the RS-232C cable to the terminal block connector and attach to the body.
7.1.3 Detaching the Terminal Block
Connector(P.33)
7.1.4 WDB-DB0S wiring(P.34)
Attach the body to the direct mount bracket, reversing the steps for detaching.
If required, apply sealant around the mounting and wire distribution holes.
-
Maximum board
thickness: 7 mm. -
This illustration presents an overview of installation and does not reflect the installation status at each step.
-
RS-232C cable is not included.
29
Wireless Data Acquisition System – WD PRO Series Instruction Manual
7. Operation
7.1.1.2 Wiring RS-232C Cable from Cable Gland
In the mounting location, drill holes for mounting and wiring the product.
Mounting Hole Dimension Diagram(P.27)
- When using a pole bracket and pole, drilling holes is
unnecessary. Rotate the body counterclockwise and detach from the direct mount bracket.
Use nuts to secure the direct mount bracket in the mounting position.
Body
Terminal Block Connector (accessory)
Recommended Torque 0.6 N·m (approximate) 7.1.2 Replacing Mounting Bolts (M4
M3) on the
Main Unit(P.33)
*Do not secure when using a pole bracket and pole.
Pass the wires (gray or black) through the wire distribution hole.
- When using a pole bracket and pole, refer to “7.1.1.4 Wiring Method When Using Pole Bracket and Pole (Accessories)( P.32)”.
Strip the RS-232C cable’s lead wires.
Strip 6 to 7 mm
70 mm
Pass the cap through to the RS-232C cable, and
push in from the cable gland.
Wire the RS-232C cable to the terminal block connector and attach to the body.
7.1.3 Detaching the Terminal Block Connector(P.33)
7.1.4 WDB-DB0S wiring(P.34)
Tighten the cap clockwise on the insulation portion of the RS-232C cable, with
5 mm of the insulation portion protruding from the direct
mount bracket.
Recommended Torque Caution: Attaching using any
0.6 N·m (approximate)
other method than that shown above may reduce
waterproofing performance.
Attach the body to the direct mount bracket,
reversing the steps for detaching.
If required, apply sealant around the mounting and wire distribution holes.
30
Direct Mount Bracket
Cable gland
Cap
(accessory)
-
Maximum board thickness:7 mm.
-
This illustration presents an overview of installation and does not reflect the installation status at each step.
-
RS-232C cable is not included.
Fixed position of RS-232C sheathed cable
about 5 mm
Caution: If the rubber bushing in the cable gland comes off, carefully re-
attach to return it to its original state.
CAUTION
When using the SZK-003W wall bracket
(accessory), wiring from the cable gland is not possible.
Wireless Data Acquisition System – WD PRO Series Instruction Manual
7. Operation
7.1.1.3 When Not Using the RS-232C Cable
In the mounting location, drill holes for mounting and wiring the product.
Mounting Hole Dimension Diagram(P.27) * When using a pole bracket and pole,
drilling holes is unnecessary.
Rotate the body counterclockwise and detach from the direct mount bracket.
Apply the sealing plug and cap to the cable gland, and rotate the cap
clockwise to attach.
- When the sealing plug pops out of the cap, use your hand to push the sealing plug back in.
Recommended Torque 0.6 N·m (approximate)
Use nuts to secure the direct mount bracket in the mounting position.
Recommended Torque 0.6 N·m (approximate) 7.1.2 Replacing Mounting Bolts (M4 M3) on the
Main Unit(P.33) - Do not secure when using a pole bracket and pole.
Pass the wires (gray or black) through the wire distribution hole. - When using a pole bracket and pole, refer to “7.1.1.4 Wiring Method When Using Pole Bracket and Pole (Accessories)( P.32)”.
Attach the body to the direct mount bracket, reversing the steps for detaching.
If required, apply sealant around the mounting and wire distribution holes.
Body
Direct Mount Bracket
Cable gland
Sealing plug (accessory)
Cap (accessory)
*Maximum board thickness: 7 mm
- This illustration presents an overview of installation and does not reflect the installation status at each step.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
7. Operation
7.1.1.4 Wiring Method When Using Pole Bracket and Pole (Accessories)
Wiring RS-232C Cable from Bottom of Main Unit
Insert the pole ring into the pole bracket.
Pass the RS-232C cable below the pole mount.
Pass the RS-232C cable in from the pole marker side, and pull out the cable
from the pole bracket side.
Insert the pole into the pole bracket, lining up the indentations.
Pole Bracket Pole ring
Pole
In two positions, use the tapping screws to secure the pole bracket and pole.
Landmark
Front Direction Tapping screws
Tapping screws
Pole Bracket
Pole Ring Insertion Direction
Slanting
Front
Pole
Direction Bracket
Line up the indented sections
Recommended Torque 1.4 N·m
Thread the wire (gray or black) in the pole bracket side, and pull out the
wire from the pole marker side.
Mounting Pole Base
Pole
- This illustration presents an overview of installation and does not reflect the installation status at each step.
When Not Using the RS-232C Cable
Insert the pole ring into the pole bracket.
Insert the pole into the pole bracket, lining up the indentations.
In two positions, use the tapping screws to secure the pole bracket and pole.
Recommended Torque 1.4 N·m
Thread the wire (gray or black) in the pole bracket side.
Pull out the wire (gray or black) from the pole marker side.
Tapping screws
Front Tapping screws Direction
Pole Bracket
Pole Ring Insertion Direction
Pole Bracket Pole ring
Pole
Landmark
Slanting
Front Direction
Pole Bracket
Line up the indented sections
Pole
- This illustration presents an overview of installation and does not reflect the installation status at each step.
32
Wireless Data Acquisition System – WD PRO Series Instruction Manual
How to Attach the Pole Bracket and Direct Mount Bracket
Use nuts in 3 places to affix the pole bracket and direct mount bracket.
Recommended Torque 0.6Nm
Pole Bracket
7. Operation Direct Mount Bracket
Nut (M4)
7.1.2 Replacing Mounting Bolts (M4 M3) on the Main Unit
M4 bolts are attached to the direct mount bracket by factory default. When
using M3 bolts to attach this product, follow the instructions below to
replace the M4 bolts with M3 bolts.
Remove the waterproof packing at the bottom of
the direct mount bracket.
Detach the M4 nuts (3 locations) and M4 bolts
(3 locations) with a nut driver.*
M4 bolt
M3 bolt
M3 Bolt Mounting Position
- Criteria: 7mm across, outer dimension of socket 11 mm or less
Detach the M3 nuts (accessory, 3 locations) and M3 bolts (accessory, 3 locations) with a nut driver.*
Use the inner holes (3 locations). Direct Mount Bracket
- Criteria: 5.5 mm across, outer dimension of socket 9 mm or less
Recommended Torque 0.6 N·m (approximate)
Attach the waterproof packing.
Caution: When attaching the waterproof packing, pay close attention to set the correct orientation and cause no damage. This will lower waterproofing performance. Failure to follow this instruction could result in product failure.
M4 nut
M3 nut
Cable gland side
Waterproof gasket
- This illustration presents an overview of installation and does not reflect the installation status at each step.
7.1.3 Detaching the Terminal Block Connector
Attach
View of the body from the bottom
With its levers pushed up,
push the terminal block
connector into the body.
When pushing the terminal
block connector in place,
the lever temporarily moves
down, before it moves back
Push the lever up
up and locks in place.
Detach
Terminal Block Connector
33
As illustrated, lower the levers on the left and right sides of the terminal block connector to release the lock, then pull out the terminal block connector.
Wireless Data Acquisition System – WD PRO Series Instruction Manual
7. Operation
7.1.4 WDB-DB0S wiring
There are two types of wiring for this product, lead wiring and terminal
connector wiring.
CAUTION
Unused lead wires do not have to be connected to external contacts. But in so
doing, insulate the leads of unconnected lead wires, one by one. Failure to
follow this instruction could result in a short-circuit and product damage. Do
not pull lead wires, or stuff them into the main body. Failure to follow this
instruction will result in product failure. To protect external equipment,
install a fuse on the power supply side. Be sure wiring is carried out
correctly. Failure to follow these instructions could result in burning
internal circuits or fire.
NOTICE
When extending the wires, consider the voltage drop along with appropriate
length and diameter of wires. Be sure the power is disconnected before any
wiring. When using an external contact with a transistor, consistently use
either NPN type or PNP type transistors. You cannot use a mix of NPN type and
PNP type transistors.
7.1.4.1 Wiring When Lighting Control and External Input, and Clear Input
Control are on Different Equipment
Wiring example for each type of external contact. If you have any questions
about a special application for this product, please contact your nearest
PATLITE sales representative.
- Wiring example for attaching LED and buzzer units. * To both turn on the lamp and flash the lamp, you need to prepare separate external contacts for turning the lamp on and for
flashing the lamp.
External Contact Classification Contact Relay
External Input/Clear Input
External Contact
Do Not Apply Voltage!
Tube color: Black
Clear Input External Input 1 External Input 2 External Input 3 External Input 4
Black Red Orange Green Blue
External Input 5 White
External Input 6 External Input 7 External Input 8
Purple Amber Brown
External Input Common line Gray
Do Not Apply Voltage!
Tube color: Gray
Flashing Common Line Brown
LED Red
Red
LED Amber
Orange
LED Green
Green
LED Blue
Blue
LED White
White
Buzzer
Purple
Power Supply Wire Gray Power Supply Wire Amber
RS-232C Connection
Fuse 1A
Flashing/ Buzzer External Contact
Light on/ Buzzer External Contact
24 VDC (Class 2) (No polarity)
34
Wireless Data Acquisition System – WD PRO Series Instruction Manual
7. Operation
External Contact Classification NPN type transistor
External Input/Clear Input
External Contact
Tube color: Black
Clear Input
Black
External Input 1
Red
External Input 2
Orange
External Input 3
Green
External Input 4
Blue
External Input 5
White
External Input 6
Purple
External Input 7
Amber
External Input 8
Brown
External Input Common line Gray
Do Not Apply Voltage!
*You can replace each transistor with a contact relay.
Do Not Apply Voltage!
Tube color: Gray
Flashing Common Line Brown
LED Red
Red
LED Amber
Orange
LED Green
Green
LED Blue
Blue
LED White
White
Buzzer
Purple
Power Supply Wire Gray Power Supply Wire Amber
RS-232C Connection
Fuse 1A
24 VDC (Class 2)
Flashing/ Buzzer External Contact
Light on/ Buzzer External Contact
Circuit schematic C B E
Possible to replace with a contact relay
External Contact Classification PNP type transistor
External Input/Clear Input
External Contact
Tube color: Black
Clear Input
Black
External Input 1
Red
External Input 2
Orange
External Input 3
Green
External Input 4
Blue
External Input 5
White
External Input 6
Purple
External Input 7
Amber
External Input 8
Brown
External Input Common line Gray
Do Not Apply Voltage!
*You can replace each transistor with a contact relay.
Do Not Apply Voltage!
Tube color: Gray
Flashing Common Line Brown
LED Red
Red
LED Amber
Orange
LED Green
Green
LED Blue
Blue
LED White
White
Buzzer
Purple
Power Supply Wire Gray Power Supply Wire Amber
RS-232C Connection
Fuse 1A 24 VDC (Class 2)
Flashing/ Buzzer External Contact
Light on/ Buzzer External Contact
Circuit schematic C
B E
35
Wireless Data Acquisition System – WD PRO Series Instruction Manual
7. Operation
7.1.4.2 Wiring When Lighting Control and External Input, and Clear Input Control are on Different Equipment
External Contact Classification Contact Relay
External Input/Clear Input
External Contact
Do Not Apply Voltage!
Tube color: Black
Clear Input
Black
External Input 1
Red
External Input 2
Orange
External Input 3
Green
External Input 4
Blue
External Input 5
White
External Input 6
Purple
External Input 7
Amber
External Input 8
Brown
External Input Common line Gray
Do Not Apply Voltage!
Tube color: Gray
Flashing Common Line LED Red LED Amber LED Green LED Blue LED White Buzzer
Brown Red Orange Green Blue White Purple
Power Supply Wire Gray Power Supply Wire Amber
RS-232C Connection
Fuse 1A
24 VDC (Class 2) (No polarity)
Flashing/ Buzzer External Contact
Light on/ Buzzer External Contact
External Contact Classification NPN type transistor
Do Not Apply Voltage!
External Input/Clear Input
External Contact
Do Not Apply Voltage!
Tube color: Black
Clear Input
Black
External Input 1 Red
External Input 2
Orange
External Input 3
Green
External Input 4
Blue
External Input 5
White
External Input 6
Purple
External Input 7
Amber
External Input 8
Brown
External Input Common line Gray
*You can replace each transistor with a contact relay.
External Contact Classification PNP type transistor
Tube color: Gray
Flashing Common Line Brown
LED Red
Red
LED Amber
Orange
LED Green
Green
LED Blue
Blue
LED White
White
Buzzer
Purple
Power Supply Wire Gray Power Supply Wire Amber
RS-232C Connection
Fuse 1A
24 VDC (Class 2)
Do Not Apply Voltage!
External Input/Clear Input
External Contact
Do Not Apply Voltage!
Tube color: Black
Clear Input
Black
External Input 1
Red
External Input 2
Orange
External Input 3
Green
External Input 4
Blue
External Input 5
White
External Input 6
Purple
External Input 7
Amber
External Input 8
Brown
External Input Common line Gray
*You can replace each transistor with a contact relay.
Tube color: Gray
Flashing Common Line Brown
LED Red
Red
LED Amber
Orange
LED Green
Green
LED Blue
Blue
LED White
White
Buzzer
Purple
Power Supply Wire Power Supply Wire
Gray Amber
RS-232C Connection
Fuse 1A
24 VDC (Class 2)
36
Flashing/ Buzzer External Contact
Light on/ Buzzer External Contact
Circuit schematic C B E
Flashing/ Buzzer External Contact
Light on/ Buzzer External Contact
Circuit schematic C B E
Wireless Data Acquisition System – WD PRO Series Instruction Manual
7. Operation
7.1.4.3 Terminal Block Connector (RS-232C Interface) Wiring
Terminal Block Connector Pin Arrangement
135
T
R
S
r
e
i
a
q
g
1 2
n s m i t D a t a
u
TXest D T o S
RXend D
n a l G r o u n d
Transmit Data Receive Data
3 RTS
Request To Send
246
4 CTS R
C
D
e
l
i
c
e
s
5 6
e i v e
a r T o
c o n n e
GND (SG) D
a t
NC a
S e n d
c t e d *
Clear To Send Signal Ground Not Connected (do not use)
Terminal Block Connector Wiring
In the slot of the terminal block, insert a flatblade screwdriver and push.
(At a slight angle)
Insert the stripped lead wire* into the insertion slot.
- Recommended specifications for lead wires are as follows. Linear (stranded wire) AWG24 to 28
Use copper wires with temperature rating of 75 ºC or higher. Pull out the screwdriver from the slot. Check if the lead wire is locked into place.
Slot
NOTICE
Use a flat-blade screwdriver with a blade-edge width of 2.5 mm or less and
thickness of 0.4 mm or less. Do not push the slot harder than necessary with
the screwdriver. Failure to follow this instruction could result in
product damage.
Strip 6 to 7 mm of the insulation from the lead wire. When removing the lead
wire, do not simply pull the wire to remove it. Make sure you first push the
slot down with a
flat-blade screwdriver to release the lock.
Wiring When Using WDX-SC01 Serial Cable (accessory)
135
Orange+Red Dot Mark White+Black Dot Mark Light Gray+Black Dot Mark
Terminal Block Connector
Serial Cable WDX-SC01 Wiring Diagram
Light Gray+Black Dot Mark Orange+Red Dot Mark Orange+Black Dot Mark
12345
246
Do not connect
White+Red Dot Mark Orange+Black Dot Mark
D-SUB connector (9 pin, male)
37
White+Black Dot Mark White+Red Dot Mark
6789
Wireless Data Acquisition System – WD PRO Series Instruction Manual
7. Operation
7.2 WDT-PRO Installation
7.2.1 Installing and Removing WDT-PRO
When installing or removing WDT-PRO, follow the instructions below to attach
and detach parts (such as the LED unit and buzzer unit) from the LR Signal
Tower.
WARNING
Before any work is done, disconnect the power.
CAUTION
Attach the WDT-PRO directly on top of WDB-D80S. Other units cannot be
connected. The maximum number of attachments per Signal Tower is five LED
units + one buzzer unit. Do not attach units beyond that. Do not apply
excessive force to units. Failure to follow this instruction could result in
product damage. Do not touch the connectors on the units or the LED in LED
units. Failure to follow this instruction could result in product damage.
Securely lock each unit when attaching. Failure to secure units could result
in product damage.
7.2.1.1 Installing and Removing WDB-D80S
Attach
Align WDT-PRO with the positioning mark on the WDB-D80S and turn clockwise to
lock.
Detach
While holding the WDB-D80S, turn WDT-PRO counterclockwise to release the lock,
then lift up.
How to Read the Positioning Mark
[When Locked] WDT-PRO
Condition when locked
WDT-PRO
Positioning Mark Positioning Mark WDB-D80S
WDT-PRO
Positioning Mark WDB-D80S
WDB-D80S
[When Unlocked] WDT-PRO
WDB-D80S
Condition when unlocked
38
Wireless Data Acquisition System – WD PRO Series Instruction Manual
7.2.1.2 Attaching the LED Unit and Buzzer Unit
Attach or detach units one at a time.
Buzzer Unit
LED Unit
Install one unit at a time
CAUTION
Buzzer Unit LED Unit WDT-PRO
WDT-PRO WDB-D80S
WDB-D80S
Install one unit at a time
7. Operation
If WDT-PRO does not attach properly to WDB-D80S, confirm the tab of the cylinder-shaped part at the top of WDT-PRO is fitted correctly into the groove. If the tab is outside the groove as shown in the figure (right), refer to the figure below on how to reposition it. Additionally, depending on how it is detached, the tab may come out of the groove as shown in the figure (right) when detaching the WDT-PRO from WDB-D80S. Attaching while the tab is still in this state may cause damage.
Cylinder-shaped Part
Nameplate
Tab Groove Top View
Cannot Connect Condition
Tab Groove
Tab Groove
NOTICE
If WDT-PRO does not attach properly to WDB-D80S, turn the cylinder-shaped part
in the middle of the bottom surface counterclockwise. Next, turn the cylinder-
shaped part until it snaps into place, then attach it to WDB-D80S.
Nameplate
Cylinder-shaped Part
Tab and Groove
Cylinder-shaped Part
Cylinder-shaped Part
Nameplate
Top View (Attachable)
Tab and Groove
Nameplate
Cylinder-shaped Part
Bottom View
39
Wireless Data Acquisition System – WD PRO Series Instruction Manual
Order of Attaching/Detaching Units Attach and detach units in the following order.
Buzzer Unit
LED Unit
WDT-PRO
LED Unit
LED Unit
WDT-PRO
WDB-D80S
WDB-D80S
Attaching Units
WDB-D80S
7. Operation
Buzzer Unit
LED Unit
LED Unit
LED Unit
WDT-PRO
WDT-PRO
WDB-D80S
WDB-D80S
Detaching Units
40
Wireless Data Acquisition System – WD PRO Series Instruction Manual
7. Operation
7.3 Using WDB-D80S, WDT-PRO
7.3.1 Setting up WDB-D80S, WDT-PRO Main Unit
7.3.1.1 Setting up the Main Unit
WDS-WIN01 configuration software is required. Download the software from our
website. Install the software on the computer that will be used to set up and
configure the system. (Member registration is required for downloading from
the home page.)
For information about usage and setup, refer to “WDS-WIN01 Instruction
Manual”.
7.3.1.2 Setup Items
Setup items are as follows.
Setup Item
Wireless Settings
ExtendedPanID Settings
Frequency Channel Settings
WDS-WIN01 Setup Items
ExtendedPanID
Frequency Channel
Default Value 0000 0000 0000 0000
Save Destination*2
References
6.1.2 About Grouping and ExtendedPanID(P.21)
Select all
6.1.1 What is the WD Wireless Network?(P.20)
Format of Signal Tower Settings
Input Information Transmission Timing Setting
Format of Signal Tower
Transmission mode
Standard On change
WDT-PRO
8.4.2 Information Transmission Function(P.57)
Periodic Transmission
Periodic Transmission
None
RS-232C
Communication
–
–
Settings
Baud rate Data Length
Baud rate Data Length
9600 8
8.3.1 Communication Setup Function(P.55)
Parity
Parity
None
Operation Settings
Stop Bit
Simple Counter Settings
Stop Bit Counter Settings
Determine Signal Determine Signal Tower Input Setting Tower Input
Power Supply Settings
Power Supply Settings
1 Do not use Flashing (medium) Power Supply Wire
Determine
Determine
Simultaneous Input Simultaneous Input
Sensitivity Setting Sensitivity Setting
High sensitivity
Input Information Transmission Format Setting
Receive Data File Format Setting
Input Information Transmission Method
WDT-LR Format
Receive Data File Direct Communication
Format
Format
WDB-D80S
8.2.5 Simple Counter Function(P.54)
8.2.1 Determine Signal Tower Control Input Function(P.50)
*1
8.2.3 Function to Determine Simultaneous Input of Signal Tower Control Line
and External Input Line(P.53)
8.4.2 Information Transmission Function(P.57)
8.3.2 Receive Data Function(P.55)
- 1 For this product’s settings, select [Power Supply Wire]. For information, refer to “WDS-WIN01 Instruction Manual”. * 2 Save destination is different for each setting.
41
Wireless Data Acquisition System – WD PRO Series Instruction Manual
7. Operation
7.3.1.3 Required Equipment
For system configuration when setting up equipment, refer to “5.2.2.2 WD
System Configuration at Maintenance( P.16)”. Use the system configuration
software WDS-WIN01 for equipment settings.
Install WDS-WIN01 on the maintenance PC and set up the equipment. For
information about using WDSWIN01, refer to “WDS-WIN01 Instruction Manual”.
The setup procedure is as follows.
Step 1 2 3
Operation
Prepare required equipment and create the maintenance environment. Set up
communication settings between WDR and maintenance PC.
Set up the WDT-PRO and WDB-D80S settings.
References Refer to “WDS-WIN01 Instruction Manual”
Refer to “WDT-4LR-Z2/WDT-5LR-Z2/WDT-6LR-Z2 Instruction
Refer to “WDT-4LR-Z2/WDT-5LR-Z2/WDT-6LR-Z2/ WDR-L(E)-Z2-PRO Instruction
Manual”
4
Set up the WDR settings.
7.3.1 Setting up WDB-D80S, WDT-PRO Main Unit(P.41)
7.3.2 WDB-D80S DIP Switch Operations
CAUTION
Do not use excessive force on this product. Failure to follow this instruction
could result in deformed frame and product damage. Do not use sharp tipped
objects with this product. Operation may become impossible as scratches
develop on switches and switch contacts are interfered with. Do not set ON
switches 2 to 4. The product’s DIP switches are located where you detach the
direct mount bracket from the WDB-D80S.
DIP Switches
Switch number
DIP Switch Settings
Switch number
Description
Initialize setting values
1
OFF: Normally use with this setting OFF.
ON: Initializes the value for various settings.
OFF (static)
2 * Do not change.
OFF (static)
3 * Do not change.
OFF (static)
4 * Do not change.
42
Initial Settings OFF OFF OFF OFF
Wireless Data Acquisition System – WD PRO Series Instruction Manual
7. Operation
7.3.3 Checking the WDB-D80S Status Lamp
The product’s status lamp is located where you detach the direct mount bracket
from the WDB-D80S.
LED1
LED2
Status Lamp
Status Lamp States
State*
LED1
Normal Status
Green light on Red light on
Flashing green
Error Status
Alternating RedGreenRedGreen
Light off
Light off
Green light on
LED2 Light off Green light on
Alternating RedGreenRedGreen Green light on Flashing red Flashing red
Status Operating in normal mode. Operating in initialization mode.
WDB-D80S DIP switches set up incorrectly.
Error has occurred in WDB-D80S. Error has occurred in WDT-PRO.
- Operation modes shown by the status lamp are [Normal Status] and [Error Status]. * When the status lamp lights indicate an error status, refer to “9.1 Troubleshooting( P.60)”.
43
Wireless Data Acquisition System – WD PRO Series Instruction Manual
7.3.4 Checking Operations with WDT-PRO Indicator
Check this product’s indicator on the WDT-PRO main unit.
WDT-PRO
7. Operation
Indicator
Indicator Light Status
Status
Indicator Light
Green pulse*1
Display Quality of Wireless Communication
Amber pulse*1
Red pulse*1
Status
Indicates a good status. This status indicates the product can communicate
directly with the WDR without relying on other WDT.
(If the WDT and WDR are close together (within tens of centimeters), WDT may
display a red pulse. For an accurate display, use units with a separation of
about 1 m.)
Direct wireless connection with the WDR is not good, but the connection with
nearby WDT is good. If nearby WDT have a green pulse, that WDT is used as a
repeater for communication.
Connection is not good with any WDR or WDT in the WD wireless network.
Red light on
Product is waiting to join the WD Network.
Operation Status
Error Status*3
Flashing blue
Light blue light on
Flashing light blue*2 Alternating RedGreenRedGreen Flashing red
When the WDT-PRO receives a specific command from the host, flashes blue for
approximately 10 seconds.
When WDB-D80S receives data from external equipment via RS-232C communication,
indicator is light blue for about 2 seconds.
When WDT-PRO completes transmission of data received via RS-232C communication
to the host, indicator flashes light blue for about 2 seconds.
Operating in initialization mode.
WDB-D80S DIP switches set up incorrectly or error has occurred in WDTPRO.
Flashing amber
Error has occurred in the connected base unit.
Purple light on
WDB-D80S DIP switches set up incorrectly.
- 1 Pulse is where the lamp fades between bright and dark repeatedly. 2 Flashes light blue only when the input information transmission timing is set to [On change]. (“8.4.2 Information
Transmission Function( P.57)”) 3 When the indicator light shows an error status, refer to “9.1 Troubleshooting( P.60)”.
44
Wireless Data Acquisition System – WD PRO Series Instruction Manual
7.3.5 Initializing WDB-D80S, WDT-PRO
The initialization procedure is as follows. Step Set WDB-D80S DIP switch 1 ON.
Operation
1
7. Operation
Turn ON the power supply.
2
After a few seconds, the WDT-PRO indicator alternates RedGreenRedGreen…
Status lamps on the WDB-D80S, LED1 is red and LED2 is green.
3
Turn OFF the power supply.
Set WDB-D80S DIP switch 1 OFF.
4
5
Initialization is complete.
- For the list of settings that are initialized, refer to “7.3.1 Setting up WDB-D80S, WDT-PRO Main Unit( P.41)”.
45
Wireless Data Acquisition System – WD PRO Series Instruction Manual
7. Operation
7.3.6 Differences with WDT-LR Setup Items
There are some differences in the setup items and setup methods between this
product (WDB-D80S, WDT-PRO) and WDT-LR. For WDT-LR setup information, refer to
“WDT-4LR-Z2/WDT-5LR-Z2/WDT-6LR-Z2 Instruction Manual”.
Setup Item / Setup Method
Item
Description
WDT-4LR-Z2
This Product
WDT-5LR-Z2/WDT-6LR-Z2 (WDB-D80S, WDT-PRO)
References
Simple Counter
Specify Signal Tower control line to count
Use WDS-WIN01 to select a Signal Tower control line.
With the Main Unit DIP switches you can select the blue signal line.
Use WDS-WIN01 to
select a Signal Tower control line. There is no function with the product DIP
switches to select the blue signal line.
8.2.5 Simple Counter Function(P.54)
Transmit Information
Select format of Signal Tower information
Using the Main Unit DIP switches, you can select either Standard Format or Extended Format.
Periodic Transmission Setting
Using the Main Unit DIP switches * you can select one of the following items.
No Yes
Transmit Information
Input Information Transmission Format Setting
This function is not available. Same as setting this product (WDB-D80S, WDT- PRO) to [WDT-LR Format].
In WDS-WIN01, when using WDT-LR Format, you can select either [Standard
Format] or [Extended Format].
Using the Main Unit DIP switches you can select one of the following items. No
Unit Information Input Information/Signal
Tower Information (compatible with WDTLR Periodic Transmission [ON])
Using WDS-WIN01 you can select one of the following items.
WDT-LR Format
WDT-PRO Format
8.4.2 Information Transmission Function(P.57)
8.4.2 Information Transmission Function(P.57)
*Unit information cannot be selected with WDT-LR DIP switches.
46
Wireless Data Acquisition System – WD PRO Series Instruction Manual
8. Function Details
8. Function Details
8.1 LED Unit and Buzzer Unit Control Functions
8.1.1.Signal Tower Control Functions
Functions that control LED or buzzer units with the Signal Tower control line.
For wiring methods, refer to “7.1.4 WDB-DB0S wiring( P.34)”.
LED unit control
Light on/Flashing (control with flashing common line*1) / Light off
Buzzer unit control
Buzzer on/Continuous2 (control with flashing common line1) / Buzzer off
- 1 Repeatedly 500ms light on / 500 ms light off. * 2 When using the flashing common line to control the buzzer unit, set the buzzer pattern to [Continuous beep].
Tube color: Black
Clear Input
Black
External Input 1
Red
External Input 2
Orange
External Input 3
Green
External Input 4
Blue
External Input 5
White
External Input 6
Purple
External Input 7
Amber
External Input 8
Brown
External Input Common line Gray
Tube color: Gray
Flashing Common Line Brown
LED Red LED Amber
Red Orange
LED Green
Green
LED Blue
Blue
LED White
White
Buzzer
Purple
Power Supply Wire Gray Power Supply Wire Amber
RS-232C Connection
Signal Tower Control Line You can control supported LED and buzzer units individually.
47
Wireless Data Acquisition System – WD PRO Series Instruction Manual
8. Function Details
8.1.2 Remote Control Functions
Remote Control Functions*2 uses specific commands from the host to perform
remote control of LED or buzzer units. Control is possible when receiving
specific commands from the host. These functions operate with a higher
priority than Signal Tower Control Functions.
WDB-D80S WDT-PRO
Host PC
Based on the control instruction, change to the specified color and buzzer status
Control Instruction
Signal Tower Control Line
Control on/off Status of each color+buzzer
LED unit control Buzzer unit control Control Status Response
Control the following states individually for each color. Light
on/Flashing/Light off/Triple flash1/control from Signal Tower control line
Buzzer on/Continuous3/Buzzer off/control from Signal Tower control line
When a specific command is received from the host, response command that
includes the status of the LED unit or buzzer unit that is under remote
control.
- 1 Triple flash does not work on LR6-E-MZ. 2 Cannot use with WDS-WIN01. 3 When using continuous buzzer to control the buzzer unit, set the buzzer pattern to [Continuous beep].
NOTICE
The operation status of LED and buzzer units, controlled with remote control
functions from the host, is not transmitted back to the host as Signal Tower
information as the control is not carried out by Signal Tower control inputs.
While LED and buzzer units are controlled with remote control functions from
the host, and inputs change on the Signal Tower control line, that Signal
Tower information is transmitted to the host.
48
Wireless Data Acquisition System – WD PRO Series Instruction Manual
8. Function Details
8.1.3 Release Remote Control Function
Function that enables operation transition from “8.1.2 Remote Control Function” to “8.1.1 Signal Tower Control Function”. Run this function using one of the following methods.
No.
Operation
Result
1 Set the clear input line from OFF to ON.
When the command is started (refer to “8.1.2 Remote Control 2 Functions”)
specify the enable control time. Remote control is released
after the enable control time elapses from when control started.
Remote control is released after a specific command is received from 3 the
host. And when release remote control is run, a specific command
is transmitted to the host notifying it no longer has control.
The remote control function is released, and a release control notification is transmitted to the host.
WDB-D80S WDT-PRO
Host PC
Set up time elapses Transmit release control command
ON Clear Input
Release Control Notification
49
Wireless Data Acquisition System – WD PRO Series Instruction Manual
8. Function Details
8.2 Contact Input Line Functions
8.2.1 Determine Signal Tower Control Input Function
There are two types for determining Signal Tower control line inputs, [Normal] and [Flashing]. Select the setting in WDS-WIN01. If there is no flashing state to get, use [Normal].
Setting*1
Determination
Description
Normal
Light on Light off
When the Signal Tower control line input status changes OFFON, the result is
“light on” and the information is transmitted.
When the Signal Tower control line input status changes ONOFF, the result is
“light off” and the information is transmitted.
Flashing Determination2 3
Flashing Light on
When the Signal Tower control line input status repeatedly alternates
ONOFFONOFF…, the result is “flashing” and the information is transmitted.
Select from the following 3 determination speeds in WDS-WIN01. Flashing
(short)Flashing (medium)Flashing (long)
When the Signal Tower control line input status changes OFFON, the result is
“light on” and the information is transmitted.
Light off
When the Signal Tower control line input status changes ONOFF, the result is “light off” and the information is transmitted.
-
1 The default setting is [Flashing (medium)].
-
2 Flashing is determined when there are two status changes within a defined period. This period is called “SS seconds”. You
can select “SS seconds” from three different time periods.
Input
ON OFF
Flashing (short): SS seconds = 0.7 seconds
Shorter Shorter Shorter Shorter than SS than SS than SS than SS
Flashing (medium): SS seconds = 1.5 seconds
Result
Flashing (long): SS seconds = 2.5 seconds
Light off (buzzer off) Light flashing (buzzer on)
- 3 There is not [Flashing] status in the buzzer signal. When determined as flashing, the buzzer on information is transmitted. The status and determination operations are as follows. Information in brackets “( )” represent buzzer operation.
Setting
Determination
Change in state
Light on Light off light on
Description
Input
ON OFF
Operation result
100 ms or longer
Result
Light off (buzzer off)
Light on (buzzer on)
Normal
Light off Light on light off
Input
ON OFF
Result
Light on (buzzer on)
100 ms or longer
Light off (buzzer off)
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
Setting
Determination
Change in state
Light off flashing Flashing
Light on flashing
Light off light on
Flashing Determination
Light on
Flashing Light on
Light on light off Light off
Flashing light off
8. Function Details
Description
Input
ON OFF
Operation result
Result
Shorter Shorter Shorter Shorter than SS than SS than SS than SS
Light off (buzzer off) Light flashing (buzzer on)
Input
ON OFF
Result
Shorter Shorter Shorter Shorter than SS than SS than SS than SS
Light on (buzzer on) Light flashing (buzzer on)
Input
ON OFF
Result
SS+100 ms or longer
Light off (buzzer off)
Light on (buzzer on)
Input
ON OFF
Result
Shorter than SS
Shorter than SS
Shorter than SS
SS+100 ms or longer
Light flashing (buzzer on) Light on (buzzer on)
Input
ON OFF
Result
SS+100 ms or longer
Light on (buzzer on) Light off (buzzer off)
Input
ON
OFF
Shorter than SS
Shorter than SS
Shorter than SS
SS+100 ms or longer
Result
Light flashing (buzzer on) Light off (buzzer off)
CAUTION
Input a signal based on the above timing for the determination operation.
Determination may not be possible using any other timing than the above
determination operation.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
8. Function Details
8.2.2 Determine External Input Line Function
On detecting a change in state in one of the 8 external input lines, this
function determines the input status.
External Input Line
Tube color: Black
Clear Input
Black
External Input 1
Red
External Input 2
Orange
External Input 3
Green
External Input 4
Blue
External Input 5
White
External Input 6
Purple
External Input 7
Amber
External Input 8
Brown
External Input Common line Gray
Tube color: Gray
Flashing Common Line
LED Red LED Amber LED Green LED Blue LED White Buzzer
Brown Red Orange Green Blue White Purple
Power Supply Wire Gray Power Supply Wire Amber
RS-232C Connection
Even though external input lines cannot be determined as “flashing”, the timing for determination differs depending on the setting of Determine Signal Tower Control Line Input. The determination operation for each setting is as follows.
Setting
Change in state
Description Operation result
External Input 1 OFFON
External Input 1
ON OFF
Result
External Input 1 [OFF]
100 ms or longer
External Input 1 [ON]
Normal
External Input 1 ONOFF
External Input 1
ON OFF
Result
External Input 1 [ON]
100 ms or longer
External Input 1 [OFF]
External Input 1 OFFON
Flashing Determination
External Input 1 ONOFF
External Input 1
ON OFF
SS+100 ms or longer
Result
External Input 1 [OFF]
External Input 1 [ON]
External Input 1
ON OFF
SS+100 ms or longer
Result
External Input 1 [ON]
External Input 1 [OFF]
- “SS” refers to the determine flashing period as used in “8.2.1 Determine Signal Tower Control Input Function( P.50)”.
CAUTION
Input a signal based on the above timing for the determination operation. Determination may not be possible using any other timing than the above determination operation.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
8. Function Details
8.2.3 Function to Determine Simultaneous Input of Signal Tower Control Line
and External Input Line
When multiple changes in Signal Tower control lines and external input lines
occur at the same time, use this function to adjust the period for determining
simultaneous input. Select from 3 levels of adjustment [High sensitivity],
[Medium sensitivity], and [Low sensitivity].
Input Red
ON OFF
Input Green
ON OFF
Result Red
Light off
Result Green
Light on
T (input deviation)
Light on Light off
Result* High sensitivity Medium sensitivity Low sensitivity
T up to 20ms up to 40ms up to 60 ms
- The default setting is [High sensitivity].
CAUTION
When state changes of multiple inputs are not determined to be simultaneous,
make adjustments with this function. Even after adjustments, if simultaneous
input does not occur, adjust by making a change in the actual input.
8.2.4 Determine Clear Input Line Function
On detecting a change in state in the clear input line, this function
determines the input status. Use with “8.1.3 Release Remote Control Function(
P.49)”.
Clear Input Line
Tube color: Black
Clear Input
Black
External Input 1
Red
External Input 2
Orange
External Input 3
Green
External Input 4
Blue
External Input 5
White
External Input 6
Purple
External Input 7
Amber
External Input 8
Brown
External Input Common line Gray
Tube color: Gray
Flashing Common Line
LED Red LED Amber LED Green LED Blue LED White Buzzer
Brown Red Orange Green Blue White Purple
Power Supply Wire Gray Power Supply Wire Amber
RS-232C Connection
The determine clear input operation occurs when the clear input line changes from OFF to ON.
CAUTION
Maintain each of the clear input line’s OFF and ON states for 100 ms or
longer. It is difficult to determine state changes when they occur faster than
100 ms.
- The timing for clear input line determination does not change, regardless of the setting of Determine Signal Tower Control Line Input.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
8. Function Details
8.2.5 Simple Counter Function
Count up the number of pulse inputs (increment 1 at a time) on a single Signal Tower control line and store the accumulated value (counter value) on WDT-PRO.
At startup the counter value is 0 (initial value).
The value range of the counter is 0 to 4,294,967,295.
Pulse inputs are determined using the following criteria.
Input
ON OFF
Result
100 ms or longer 100 ms or longer
Evaluating
Count up
NOTICE
When counting up exceeds the upper limit, the counter value returns to 1. When
the power is shut down, the counter value is cleared to 0. In WDS-WIN01, you
can reset the counter value to 0 (initial value). Regardless of changes in
states, the Signal Tower information in the counter settings is not
transmitted. The Signal Tower
information is treated as if the light is off and buzzer is off.
- Use WDS-WIN01 to select the Signal Tower control line for a simple counter. * The default setting for the simple counter is [Do not setup].
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
8. Function Details
8.3 RS-232C Communication Functions
Function for transmitting and receiving data between external equipment and
the RS-232C interface.
8.3.1 Communication Setup Function
Sets up RS-232C communication. Parameters you can set are as follows.
Item*
Setup Value
Baud rate
4800/9600/19200/38400/57600/115200 bps
Data Length
7 bits/8 bits
Parity
None/Even/Odd
Stop Bit
1 bit/2 bits
- Select the settings in WDS-WIN01.
Initial Settings 9600 bps 8 bits None 1 bit
8.3.2 Receive Data Function
Following the data file format settings, this product receives data via RS-
232C communication. You can select supported file formats from 3 types*1.
Maximum receive data size is 60 bytes. Only the first 60 bytes are received
when the data size exceeds 60 bytes. When the receive data size is greater
than 30 bytes, the data is divided into 2 and transmitted to the host.
Receive Data File Format
Direct Communication Format*2
Data received from RS-232C devices is transmitted directly to WDR.
Bar Code Reader (Denso Wave) Communication Format*3
Receive format compliant with Denso Wave [models AT20B-SM(R) and AT21BSM(R)].
With this format, the header code, terminator code, and BCC are deleted from
the received data and transmitted to WDR.
Bar Code Reader (generic) Communication Format*3
Communication format for other bar code readers. With this format, the header code and terminator code are deleted from the received data and transmitted to WDR.
- 1 Select the setting in WDS-WIN01. 2 The default setting is [Direct Communication Format]. 3 When using the bar code reader communication format, set up bar code readers as follows. The following is a set up
example with a Denso Wave bar code reader.
Communication method
Header
Terminator
BCC Transfer
Bar Code Reader (Denso Wave) Communication
STX
Format
CR
Allow Transfer
Bar Code Reader (generic) Communication Format
STX
CR
Prevent Transfer
CAUTION
Do not use this product in applications where data is continuously
transmitted. This product does not respond (such as ACK) to transmissions sent
to the host. Use with sufficient spacing between data transmissions.
(Approximately once every 5 seconds)
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
8. Function Details
8.3.3 Data Transmission Function
This product transmits to external equipment data received from the host.
Maximum transmission data size is 40 bytes. Transmitting data sizes greater
than that will return an error. The following is an illustration of
transmissions to external equipment.
RS-232C Transmission Command
External Equipment
Transmission Data RS-232C Cable
Transmission Data (Maximum 40 bytes)
8.4 Wireless Data Communication Functions
8.4.1 Mesh Network Transmission
Function that automatically connects the WDT over the optimum communication
route to the WDR for transmitting information. A dense mesh status increases
communication redundancy. The following is an illustration showing the mesh
status.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
8. Function Details
8.4.2 Information Transmission Function
Function for wirelessly transmitting to WDR the status information of each
contact input line or the RS-232C data input. The following is an illustration
showing the wireless transmission.
External Equipment
Input Information
Wireless Transmission
8.4.2.1 About Timing of Input Information Transmissions
For the timing of input information transmissions, you can select from the following two types of settings.
Setting*
Description
On change
Directly transmit the change in status on each contact input line or the information input over RS-232C.
Response
Transmit information as a response to a request from the host.
- Select the settings in WDS-WIN01. * The default setting is [On change].
8.4.2.2 About Periodic Transmissions
WDT-PRO can be set up to automatically transmit information at defined
intervals. About 40 seconds when the input information transmission format is
[WDT-PRO format]. About 10 seconds when the input information transmission
format is [WDT-LR format].
If the number of information transmissions is as low as a few times per hour,
the communication is more stable if you select [Unit Information] or [Input
Information/Signal Tower Information]. With this setting, you can select from
the following 3 types.
Setting
Description
None
Periodic transmissions are not performed.
Unit Information
Periodically transmits product information such as the firmware version.
Input Information/
Periodically transmits input information such as the Signal Tower control line, external input line,
Signal Tower Information and counter value of Signal Tower control line inputs.
8.4.2.3 About Information Transmitted to WDR
Input information transmitted by WDT-PRO to WDR is as follows. Status of Signal Tower Control Line 6 contacts (red, amber, green, blue, white, and buzzer)
Status of External Input Line
8 contacts (external inputs 1 to 8)
RS-232C Communication Data
Maximum 60 bytes
Counter value of Signal Tower control line inputs
0 to 4,294,967,295
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
8. Function Details
8.4.2.4 About Format of Information Transmitted to WDR
The format of input information transmitted by WDT-PRO to WDR is as follows.
Setting*
Description
WDT-PRO Format
In a single operation this command can get the Signal Tower control line, external input line, and counter value of Signal Tower control line inputs. This command can also get RS-232C communication data information.
WDT-LR Format
From the input information transmission contents, this command can get 1 of the sets of information. (WDT-LR compatible format)
- Select the settings in WDS-WIN01. * The default setting is [WDT-LR Format].
8.4.2.5 About WDT-LR Format
When the input information transmission format is [WDT-LR Format], select from the following 2 types of formats.
Setting*
Description
Extended Format
You can set 6 types for the Signal Tower control line input status.
Standard Format
Format compatible with WDT-5E-Z2 and WDT-6M-Z2. From the 5 types (red, amber,
green, blue, and white), you can set 4 for the Signal Tower
control line input status.
- Select the setting in WDS-WIN01. * The default setting is [Standard].
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
9. Troubleshooting
8.4.3 Retentive Status Function
Retentive Status Function is for temporarily saving transmission information
in this product. Temporarily saved information is transmitted to WDR, in
order, from oldest to newest. The maximum amount of information that can be
saved temporarily is as follows. When Input Information Transmission Format is
[WDT-LR Format]
Signal Tower Control Line Information
32
External Input Line Information
32
RS-232C Communication Data (60 byte transmission)
5
When Input Information Transmission Format is [WDT-PRO Format]
Signal Tower Control Line and External
32
Input Line Information
32
RS-232C Communication Data (60 byte transmission)
5
NOTICE
When the maximum size of information is exceeded, information is deleted
beginning with the oldest.
8.4.4 Receive Information Function
Function for the WDT-PRO to wirelessly receive from the host remote control
commands for the LED and buzzer unit, or data to transmit to external
equipment connected to WDB-D80S. The following is an illustration of
transmissions to external equipment.
External Equipment
Transmission Data
Transmission Data
RS-232C Cable
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
9. Troubleshooting
9. Troubleshooting
9.1 Troubleshooting
9.1.1 Contact Input – Serial Communication Base Unit
Issue
Cannot attach the WDT-6LR/5LR-Z2.
Cannot control LED or buzzer units with the Signal Tower control line input.
Checklist
You can attach the WD PRO transmitter (WDT-6LR-Z2-PRO) to WDBD80S-PRO, but not
other transmitters.
“8.1.2 Remote Control Functions” may be running operations. To release remote
control, refer to “8.1.3 Release Remote Control Function”.
Status lamp does not turn on.
Check if the main unit is installed correctly. Check if wiring for the power supply is correct.
Status lamp LED1 is red and LED2 is green.
Starting up in initialization mode. If operations are normal, turn off DIP switch 1.
The status lamp lights up as one of the following.
LED1: Flashing green LED1, LED2: Alternating
RedGreenRedGreen LED1: Light off, LED2: Green light
Running in mode that is not normal. For normal operation, turn off all DIP switches.
Status lamp LED1 is off and LED2 is red.
Turn off the power on this product’s main unit then turn the power back on.
If the lighting condition of the status lamp still does not change, there may
be an issue with the configuration on WDB-D80S. Initialize the product and set
up again.
If the lighting condition of the status lamp still does not change, the WDB-
D80S may have failed. Please contact your local sales representative.
Status lamp LED1 is green and LED2 is flashing red.
Turn off the power on this product’s main unit then turn the power back on.
If the WDT-PRO lighting condition still does not change, there may be an issue
with the configuration on WDT-PRO. Initialize the product and set up again.
If the lighting condition of the status lamp still does not change, the WDT-
PRO may have failed. Please contact your local sales representative.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
9. Troubleshooting
9.1.2 WDT-6LR-Z2-PRO (WD PRO Transmitter)
Issue Indicator does not light up.
Checklist
Check if it is installed correctly. Check if WDB-D80S wiring for the power
supply is correct.
The indicator is flashing red. (not pulsing)
WDB-D80S DIP switches may be set up incorrectly. For normal operation, turn
off all DIP switches then turn the power back on.
If it continues to flash red, it may be an indication that the WDT-PRO
settings are corrupted. Initialize the product and set up again.
If it continues to flash red, it may be an indication that the WDT-PRO may
have failed. Please contact your local sales representative.
The indicator is flashing amber. (not pulsing)
WDB-D80S DIP switches may be set up incorrectly. For normal operation, turn
off all DIP switches then turn the power back on.
If it continues to flash amber, it may be an indication that the WDB-80S
settings are corrupted. Initialize the product and set up again.
If it continues to flash amber, it may be an indication that the WDBD80S may
have failed. Please contact your local sales representative.
The indicator does not change from a red light to a red pulse.
Wireless connection with WDR is in progress.
Depending on the radio wave environment, it may take some time to complete the
connection. Check the indicator again after about 5 minutes.
Check if the WDR is working properly. The ExtendedPanID in the WDR must match
the wireless channel
setting for a connection. Make sure the settings are correct. Check for any
sources of noise (such as microwave ovens) in the
surrounding area that could impede wireless communication.
The indicator flashes blue.
When the host transmits a call out command to the WDT, the indicator flashes blue for about 10 seconds.
The indicator flashes alternating between green and Starting up in initialization mode. If operations are normal, set the
red.
WDB-D80S DIP switch 1 to [OFF].
The indicator light is purple.
Running in mode that is not normal. For normal operation, turn off all WDB- D80S-PRO DIP switches.
The host cannot determine if the WDT is available.
If a wireless connection cannot be completed, the host cannot check if the WDT is available. Check if the indicator on the target WDT is pulsing, to indicate connection is complete.
Cannot get the buzzer input information.
Cannot get buzzer input information with [Standard Format] when the Input Information Transmission Format is [WDT-LR Format]. Either use [Extended Format] or change the Input Information Transmission Format to [WDT-PRO Format].
Counter value is not increasing.
In WDS-WIN01, select the Signal Tower control line for the simple counter.
Cannot get RS-232C communication data.
Make sure the communication settings and receive data file format settings are correct. To check if WDT-PRO is transmitting RS232C communication data, see if the indicator light changes light blueflashing light blue. If it does not flash light blue, RS-232C communication data is not being transmitted to the host. Check if the WDT-PRO and WDR have a wireless connection. If you still cannot get RS-232C communication data, make sure the communication settings and receive data file format settings are correct.
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
10. Specifications
10. Specifications
10.1. Specifications
10.1.1 Contact Input – Serial Communication Base Unit
Item Model
WDB-D80S-PRO
Description
Rated Voltage
24 VDC
Operating Voltage Range
Rated Current Consumption (Maximum)
Ambient Operating Temperature
21.6 to 26.4 VDC Main Unit: 110 mA*When WDT-6LR-Z2-PRO is connected at 24 VDC Each LED unit color: 42 mABuzzer unit: 42 mA -10 to +50
Ambient Operating Humidity Storage Ambient Temperature
85% RH or less, no condensation -20 to +60
Storage Ambient Humidity
85% RH or less, no condensation
Mounting Location
Indoors
Mounting Direction
Upright
Protection Rating
IP65 (IEC 60529)/ NEMA TYPE 4X, TYPE 13
Environmental Conditions
Upright
Insulation Resistance
5 M or more at 500 VDC between the live part and non-current carrying metallic part
Withstand Voltage
500 VAC for 1 minute, between the live part and non-current carrying metallic part
Mass (Tolerance: ±10%) Status Lamp
300 g
LED x 2 (Lights turn red and green, installed on the device for displaying
operation status)
Operation Unit
DIP Switches
Compliance Standards Accessories References
UL 508, CAN/CSA C22.2 No.14-18 FCC Part 15 Subpart B Class B EN 55032 Class B,
EN 55035, EN IEC 63000 KN 61000-6-2 /6-4
Hexagon Nut with Flange (M4) x 3 Hexagon Nut with Flange (M3) x 6 Hexagon Bolt
(M3) x 3 Cap for cable gland x 1 Sealing plug for cable gland x 1 Terminal
Block Connector x 1
Conforms to the CE Requirements UL/cUL Recognized Component (File No.E215660)
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
10. Specifications
External Interface Item
Power Supply Wire
Description UL1061 AWG24 x 2 (24 VDC, GND)
Signal Wire
UL1061 AWG24 x 17
Contact Input Line
Signal Tower Control Line
External Input Line
Clear Input Line
6 contacts (external relay/NPN/PNP) 1 8 contacts (external relay/NPN/PNP) 1 1 contacts (external relay/NPN/PNP) *1
Flashing Common Line
1 contact (60±2/minute)
External Input Common Line
1 contact
RS-232C Communication method
USB
Screwless terminal block (6 contacts) supported lead wire: AWG24 to 28
(stranded wire)
Transmission method: Full duplex Synchronization method: Asynchronous Baud
rate: 4800/9600/19200/38400/57600/115200 bps Data length: 7 bits/8 bits
Parity: None/Even/Odd Stop Bit: 1 bit / 2 bits Maximum cable length possible
for connection: 15 m
micro-USB connector (B terminal)*2
- 1 Input Reaction Time: 100 ms or longer, Signal Wire Current: 6 mA or less * 2 Use only for maintenance. 5.2.2.2 WD System Configuration at Maintenance(P.16)
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
10. Specifications
10.1.2 WD PRO Transmitter
Item Model
WDT-6LR-Z2-PRO
Description
Ambient Operating Temperature
-10 to +50
Ambient Operating Humidity Storage Ambient Temperature
85% RH or less, no condensation -20 to +60
Storage Ambient Humidity
85% RH or less, no condensation
Mounting Location
Indoors
Protection Rating
IP65 (IEC 60529)/ NEMA TYPE 4X, TYPE 13
Environmental Conditions
Upright
Mass (Tolerance: ±10%)
90 g
Wireless Standard
IEEE 802.15.4 compliant
Communication Frequency
2405 to 2480 MHz (16 channels)
Wireless Communication
Transmission/Receiving Method Communication Method
Direct Sequence (DS-SS) Format Zigbee2007 compliant, with ZigbeePro Stack
Transmission Output
Maximum 3 m or less (at the antenna feed)
Communication Distance
Line of sight, approximately 30 m (reference value)
Display Unit
Indicator for status display
Operation Unit Compliance Standards References
None
Japan Radio Law (ARIB STD-T66 Conformity)2 UL 508, CAN/CSA C22.2 No.14-18 FCC
Part 15 Subpart B Class B, Subpart C2 EN 55032 Class B, EN 55035, EN 62368-1
EN 300328, EN 301 489-1/-17, EN 62479, EN 50663, EN IEC 63000 KN 301
489-1/-17, NCC*2 NBTC announcement on telecommunication equipment that has
exempted for certificate date 18 December 2017 NOM-208-SCFI-2016, IFT-008-2015
Conforms to the CE Requirements UL/cUL Recognized Component (File No.E215660)
1 Maximum number of tiers for LED Units 2 Built-in certified wireless module
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
11. Replacement and Optional Parts
11.1 Replacement Parts
Various parts are available to the customer for exchange or replacement.
O ring 60
Head cover 60W
11. Replacement and Optional Parts
5 pieces
1 pieces
11.2 Optional Parts
This product includes the following related products, compatible units, and optional parts.
Related products
Compatible Units
Software WDS-WIN01
Receiver
WDR-LE-Z2 WDR-L(E)-Z2-PRO(-L)
LED Unit
LR6-E- / LR6-E- Z / LR6-E-MZ
Buzzer Unit LR6-BW
Optional parts Serial Cable WDX-SC01
- Replace the square with R, Y, G, B, or C.
Wallmount Bracket
SZK-003W
SZK-001U
Mounting Bracket SZW-002W
Mounting Pole Base
SZ-016A
SZ-010
Pole Bracket SZP-004W
Pole POLE- 00A21
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Wireless Data Acquisition System – WD PRO Series Instruction Manual
8. Function Details
Head office Germany
G2J
www.patlite.com/ www.patlite.com/ www.patlite.eu/ www.patlite-ap.com/
www.patlite.cn/ www.patlite.co.kr/ www.patlite.tw/ www.patlite.co.th/
www.patlite.com.mx/
66
References
- PATLITE - New Frontiers in Safety, Security and Comfort.
- 安全，可靠，高效的前沿开拓者 派特莱
- PATLITE - 안전, 보안 및 편안함의 새로운 개척.
- PATLITE - ขอบเขตใหม่ในความปลอดภัยของการรักษาความปลอดภัยและความสะดวกสบาย
- PATLITE - Nuevas fronteras en seguridad y comodidad
- PATLITE - New Frontiers in Safety, Security and Comfort.
- PATLITE - New Frontiers in Safety, Security and Comfort.
- PATLITE - 給世界帶來「安心・安全・便利」的公司
- EU Declaration of Conformity | PATLITE