ARITECH DDV1016-N Dual Detector Instruction Manual

ARITECH DDV1016-N Dual Detector

Product Information

• Product Name: DDV1016-N Dual Detector
• Description: The DDV1016-N is a dual motion sensor that combines the patented PIR mirror optics technology with the patented Range Controlled Radar technology.

Installation Guidelines:
See Figure 1. The detector is designed to be mounted on walls  but can also be mounted on ceilings using a mounting bracket.   Follow these guidelines to determine the best location for installation:

• Avoid potential causes of instability, such as furniture or air conditioning ducts that may interfere with the detector’s performance.
• Ensure that any external circuit connected to the equipment is located within the same building and connected to a protective earthing conductor.
• The wire insulation of cables connected to the equipment must conform to IEC 60332-1-2 and IEC 60332-1-3 or IEC 603322-2, depending on the wire cross-sectional area, or IEC TS 60695-11-21, regardless of cross-sectional area. Alternatively, the wires must comply with UL 2556 VW-1.
• The detector power supply source must be power limited at 15 W.
• We recommend regularly walk testing and checking the detector at the control panel.

Product Usage Instructions

1. Lift off the custom insert (see Figure 2, items 1 and 2).

2. Using a screwdriver, carefully prise open the detector (see Figure 2, items 3 and 4).
   Caution: Do not touch the pyroelectric sensor (Figure 6).

3. Take out the cover screw (Figure 4, item 2).

4. Fix the base to the wall. For the allowed mounting height, see
   Specifications on page 6.

Mounting Instruction

Note for INCERT installations: Outer curtain sets (1 and 9) have 12 m range.

Installation Sheet

Description
DDV1016-N is a dual motion sensor.
It combines the patented PIR mirror optics technology with the patented Range Controlled Radar technology.

Installation guidelines
See Figure 1.
The detector is intended to be mounted on walls but can also be mounted on ceilings by using a mounting bracket.

Use the following guidelines to determine the best location to install the detector.

• Mount the detector so the expected movement of an intruder is across the detection pattern (see Figure 3).
• Mount the detector at a stable surface. For the allowed mounting height, see “Specifications” on page 6.
• Do not mount the detector within 0.5 m of metallic objects or within 1.5 m of fluorescent lights.
• Do not place objects in front of the detector that may prevent a clear line of sight.
• Place detectors at least 6 m apart, and use the short-range setting to avoid interference, when mounting detectors face to face.

The dual technology processing of this detector is very resistant to false alarm hazards. However, avoid potential causes of instability, such as:

PIR hazards:

• Direct sunlight on the detector
• Heat sources within the detector field of view
• Strong air draughts onto the detector
• Animals in the field of view
• Obscuring the detector field of view with large objects, such as furniture

Microwave hazards:

• Mounting surface susceptible to vibrations
• Metal surfaces reflecting microwave energy
• Water movement through plastic pipes
• Moving or vibrating objects like fans, heating or air-conditioning ducts

WARNING! The equipment is not earthed. Any external circuit connected to the equipment must be located within the same building and connected to a protective earthing conductor.

Wire insulation of cables connected to the equipment must conform to IEC 60332-1-2 and IEC 60332-1-3 or IEC 60332-2-2, depending on the wire cross sectional area, or IEC TS 60695-11-21, regardless of cross sectional area. Alternatively, such wires must comply with UL 2556 VW-1.
The detector power supply source must be power limited at 15 W.

We recommend that the detector is regularly walk tested and checked at the control panel.
To install the detector:

1. Lift off the custom insert (see Figure 2, items 1 and 2).

2. Using a screwdriver, carefully prise open the detector (see Figure 2, items 3 and 4).
   Caution: Do not touch the pyroelectric sensor (Figure 6).

3. Take out the cover screw (Figure 4, item 2).

4. Fix the base to the wall. For the allowed mounting height, see “Specifications” on page 6. See Figure 4.

5. For flat mounting, use a minimum of two screws (DIN 7998) in positions A.

6. For corner mounting, use screws in position B or C.

7. To install the pry-off tamper ST400, use mounting positions A. ST400 mounting position is shown as item 3 in Figure 4. Open the outlet in the back plate (Figure 5, item 2).

8. Wire the detector (see Figures 4 and 12). Use back plate cable inlets (Figure 5, item 1) and cable gutter (Figure 5, item 3).

9. Select the desired jumper and DIP switch settings. See
   “Setting the detector” below for more information.

10. Remove the blinders and add the stickers, if required. See “Configuring the coverage pattern” on page 5 for more details.

11. For ceiling-mount applications, use the SB01 swivel-mount bracket. SB01 mounting position is shown as item 1 in Figure 4.

12. Close the cover, insert the cover screw, and place the custom insert.

Connections

See Figure 12.
Table 1: Detector Connections

Notes

• Inputs 7 and 8 are only useable when SW1-5 is set to Remote on. See “SW1-5: Remote functionality” on page 5.
• The LED is only enabled when SW1-6 is set to LED on.

Figure 10 explains how to create a single zone with multiple resistor configuration.

Figure 10 legend

1. Alarm relay
2. Alarm zone
3. Tamper switch output
   Alarm EOL resistor
   Tamper EOL resistor

Setting the detector

See Figure 13 for jumpers and DIP switch location.

Jumpers
Jumpers set onboard EOL mode and value. The circuit is shown in Figure 10.

JA: Set onboard alarm EOL resistor (Ra)

Off: No onboard alarm EOL.

JT: Set onboard tamper EOL resistor (Rt)

Off: No onboard tamper EOL.

Configuring the zone
To set up the zone, apply the following guidelines.

• Select appropriate EOL resistor values with JA and JT. For example, setting of jumper JT determines Rt value.
• For isolated outputs remove JT.
•  Remove jumpers JA and JT to exclude onboard EOL values.

For a single zone with all onboard resistors set, the zone resistance can be the following.
Table 2: Zone resistance values

Table 3: SW1, general settings

Switch| Values|
---|---|---
6: LED| On: LED on| Off: LED off
5: Remote| On: Remote on| Off: Remote off
4: Reserved| |
3: Polarity| On: Positive polarity| Off: Negative polarity
1, 2: Radar| 1 On, 2 On: 16 m| 1 On, 2 Off: 12 m
range| 1 Off, 2 On: 14 m| 1 Off, 2 Off: 10 m

• Factory default

DIP switch SW1
SW1-1, SW1-2: Radar range
Use SW1-1 and SW1-2 to set the radar range exactly to fit the application. The radar is of a range-gating type which means that the range of detection is very accurate.

SW1-3: Polarity
On: Positive polarity. Configures the inputs (WT and D/N) as “Active high”.
Off: Negative polarity. Configures the inputs (WT and D/N) as “Active low”. Factory default.
The functionality is explained in Figure 9.

Figure 9 legend

• Polarity high
• Polarity low
• Walk test
• Day/night

This function also depends on the SW1-5 setting. See “SW1-5: Remote functionality” below.

SW1-4: Reserved
Do not change.

SW1-5: Remote functionality
On: Remote on. Enables WT and day/night inputs.
Off: Remote off. Disables WT and day/night inputs (factory default).

The following functionality depends on the Remote setting.
Table 4: Functions dependent on the Remote setting

See also “Connections” on page 4.

SW1-6 : LEDs
On: LEDs are enabled. See “LEDs and outputs” on page 6 for LED functionality.
Off: LEDs are disabled for any state.

Configuring the coverage pattern

• Remove blinders (Figure 8, item 1) if necessary. The modified pattern is shown in Figure 8, items 3 to 7.
  Note: If both blinders are installed, the detector range is limited to 6 m (default).

• Modify the pattern by breaking out blinder parts (shown as gray in Figure 8, item 1). The corresponding curtain fragments are shown in Figure 8, item 2.

• Put the appropriate mirror stickers if necessary. See Figure 7, item 1 for details.
  Caution: Removing stickers can damage the mirror surface.

• When near objects directly under the detector, fit the mask to the inside of the window (default). This disables the part of the curtains looking down at the object, whose closeness might destabilize the detector. See Figure 7, item 2.

Walk testing the detector

There are two ways for switching on the walk test mode.

SW1-6 set to LED on, SW1-5 set to Remote off
In this mode the LED indication is always enabled (constant walk test mode).

SW1-6 set to LED on, SW1-5 set to Remote on
This setting enables the walk test input (pin 7) and the day/night input (pin 8). This allows the user to activate LED indication remotely by setting the detector into the day mode and activate the walk test.

Detector focusing
For the proper walk testing of the detectors, it is important to have them focused.
Focusing can be achieved by not generating signals (not moving) in a protected area for 20 s. This is not always needed, however, when a hyperactivity or low activity is noticed, the idle time before walk testing is recommended.
This allows you to simulate during walk testing a real scenario, when the system is armed and nobody is present within the protected area.

Green mode
When SW1-5 is set to Remote on, the radar is switched off during the day mode (with no WT) to reduce current consumption. The detector is then operating in PIR only mode.

Note: The Day/night line must be connected to the control panel for this mode to work.
This mode is not compliant with the EN 50131-2-4 standard.

Alarm memory
When SW1-5 is set to Remote on, alarms that occurred during the night mode are stored in the detector memory. They are indicated by flashing red LED when the unit switches to day mode (walk test disabled). The memory is cleared when the detector switches back to the night mode.

Note: Set SW1-6 to Off to prevent showing the alarm memory on the LEDs. See “SW1-6: LEDs” on page 5.

LEDs and outputs
To enable LEDs functionality, set SW1-6 to On, otherwise LEDs are disabled in any condition. See “SW1-6: LEDs” on page 5 for more details.
Table 5: LEDs and outputs

Specifications

• Detector technology Dual

• Range 10, 12, 14, 16 m selectable via

• SW1-1 and SW1-2

• Viewing angle 78 degrees

• PIR optics 9 high-density mirror curtains

• Microwave frequency 5.725 to 5.875 GHz

• Max microwave output, E.I.R.P. 14 dBm

• Memory function Yes

• Input power 9 to 15 V (12 V nominal)

• Peak-to-peak ripple immunity 2 V (at 12 V)

• Detector start-up time 60 s

• Current consumption 5 to 17 mA (10.5 mA nom.)

• Mounting height

• INCERT installations
  1.8 to 3.0 m
  2.0 to 3.0 m

• Target speed range 0.2 to 3.0 m/s

• Alarm (NC) / Tamper relay

• characteristic 80 mA 30 V, Form A

• Alarm time 3 s

• Operating temperature −10 to +55°C

• Relative humidity 95% max., noncondensing

• Weight 120 g

• Dimensions (H x W x D) 126 × 63 × 50 mm

• IP/IK rating IP30 IK04

• Pry-off tamper Optional (ST400)

Regulatory information

Manufacturer
PLACED ON THE MARKET BY:
Carrier Fire & Security Americas Corporation Inc. 13995 Pasteur Blvd
Palm Beach Gardens, FL 33418, USA
AUTHORIZED EU REPRESENTATIVE:
Carrier Fire & Security B.V.
Kelvinstraat 7, 6003 DH Weert, Netherlands

Product warnings and disclaimers
THESE PRODUCTS ARE INTENDED FOR SALE TO AND INSTALLATION BY QUALIFIED PROFESSIONALS. CARRIER FIRE & SECURITY CANNOT PROVIDE ANY ASSURANCE THAT ANY PERSON OR ENTITY BUYING ITS PRODUCTS, INCLUDING ANY “AUTHORIZED DEALER” OR “AUTHORIZED RESELLER”, IS PROPERLY TRAINED OR EXPERIENCED TO CORRECTLY INSTALL FIRE AND SECURITY RELATED PRODUCTS.
For more information on warranty disclaimers and product safety information, please check https://firesecurityproducts.com/policy/product-warning/ or scan the QR code.

Carrier Fire & Security hereby declares that this device is in compliance with the applicable requirements and provisions of all applicable rules and regulations, including but not limited to the Directive 2014/53/EU. For more information see: www.firesecurityproducts.com

REACH
Product may contain substances that are also Candidate List substances in a concentration above 0.1% w/w, per the most recently published Candidate List found at ECHA Web site.
Safe use information can be found at https://firesecurityproducts.com/en/content/intrusi on-intro

2012/19/EU (WEEE directive): Products marked with this symbol cannot be disposed of as unsorted municipal waste in the European Union. For proper recycling, return this product to your local supplier upon the purchase of equivalent new equipment, or dispose of it at designated collection points. For more information see: www.recyclethis.info

Product documentation
Please consult the following web link to retrieve the electronic version of the product documentation.
This link will guide you to the EMEA regional contact page. On this page you can request your login to the secured web portal where all manuals are stored.
https://firesecurityproducts.com/en/contact

Contact information

www.firesecurityproducts.com or www.aritech.com

Certification

Cert. no.: 222350058/AA/00
Product: DDV1016-N
Standard: EN 50131-2-4:2020
Tested and certified by: Telefication B.V.
Security Grade 2, Environmental class II

References

• AFNOR solutions – Les services du groupe en France et à l’international
• Aritech - Fire Security Products
• Home - Fire Security Products
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