pdk RMPB Mullion Reader User Manual
- June 1, 2024
- pdk
Table of Contents
pdk RMPB Mullion Reader User
Product Information
Specifications :
- Reader Types : RM – Mullion Reader High-Security (13.56MHz), RMP – Mullion Reader High-Security + Prox (125 kHz), RMB – Mullion Reader High-Security + Mobile, RMPB – Mullion Reader High-Security + Prox + Mobile
- Power Requirements: 12 VDC
- Communication Protocols: Wiegand, OSDP
- Max Cable Length to Panel :
- Wiegand: 200′ (60 m) with 22 AWG, 300′ with 20 AWG, 500′ with 18 AWG
- OSDP: 1000′ with 22 AWG Twisted Pair
Mounting Holes for Wall Plate
Prepare holes for wall plate and secure it using the provided #6 screws.
Install Metal Wall Plate
Once the holes are prepared, screw the wall plate in using the provided #6 screws.
Wire the Cable to the Control Panel:
Connect the cables as follows:
- Red Power In
- Black Ground
- Brown* Tamper Out
- Green Wiegand Data 0 / RS 485A
- White Wiegand Data 1 / RS 485B
- Yellow* Beeper Control
- Blue* Green LED Control
- Orange* Red LED Control
FAQ
- Q: What should I do if the reader test fails?
- A: If the test fails, check the wiring connections to ensure they are correct and secure. Ensure that power is supplied correctly and all components are properly connected.
- Q: What is the startup sequence for the Red Readers?
- A: Upon a power reset, the Red Readers provide a reset sequence using the LED indicator and the beeper to provide information about the reader type and its communication mode.
This installation guide applies to the following types of readers:
- RM — Mullion Reader High-Security (13.56MHz)
- RMP — Mullion Reader High-Security + Prox (125 kHz)
- RMB — Mullion Reader High-Security + Mobile
- RMPB — Mullion Reader High-Security + Prox + Mobile
Package Contents
- Reader, back plate, and wall plate
- (2) #6 screws
- (1)#4-40 Phillips-head screws
- (1) #4-40 pin-in-torx (T8)
You will need the following tools for installation:
- Phillips-head screwdriver
- 6-32 Tap (if installing on metal)
- 1” (25mm), 1/8” drill bits
- T8 Security Torx Bit (optional for increased tamper detection)
Mounting Holes for Wall Plate
Drill two mounting holes at a minimum of 1.7” apart. Drill a ½” hole in the center for the pigtail wire to pass through. Use the wall plate as a guide for drilling.
INSTALLATION
Once the holes are prepared, screw the wall plate in using the provided #6 screws.
Wire the Cable to the Control Panel
Common Cable Connections
Red| Power In
Black| Ground
Shield| Shield Ground
Brown| Tamper Out
Green| Wiegand Data 0 / RS 485A
White| Wiegand Data 1 / RS 485B
Yellow| Beeper Control
Blue| Green LED Control
Orange| Red LED Control
---|---
Max Length to Panel
Wiegand
Length
|
AWG
200’ (60 m)| 22
300’| 20
500’| 18
OSDP 9600 Baud
Power 12 VDC
1000’| 22 AWG Twisted Pair
Current @ 12 V and 25 C
Avg. mA| Max. mA
106| 144
These wires are only used in Wiegand readers.
All wiring methods used shall be in accordance with the National Electrical Code, ANSI/NFPA 70 Readers must be powered by a compatible UL Listed, power limited, access control panel rated 5–16 VDC.
Attach the Reader to the Wall Plate
Align the reader so that the tabs of the base plate slide into the slots on the wall plate and slide the reader into position.
install the Reader Screw
Install the #4-40 screw or pin-in-torx at the bottom of the reader
Test the Reader
Power the reader and wait for the power up LED beep sequence to complete (see page 2 for sequence description). Present a valid credential to the reader and the light-bar will turn green. If the test fails, check the wiring.
Installation Tips
- When connecting the reader to a Wiegand panel, connect the green wire to Data 0 and the white wire to Data 1.
- When connecting the reader to an OSDP panel, connect the green wire to RS485A, and the white wire to RS485B.
- For an OSDP system, verify that the panel is successfully communicating with the reader prior to reading a badge or pressing a key.
Wiegand/OSDP Tips
- By default, the reader will transmit credential and keypad data in Wiegand communication mode.
- Upon each power up, and before the reader reads a credential or a key is pressed, the reader will be listening for an incoming OSDP message. If a message is received during this period, the reader will automatically switch to OSDP-only communication mode.
- To return to OSDP auto-detect mode (default mode), tilt the reader 45 degrees to simulate tamper and cycle power in this state. The power up sequence should indicate OSDP auto-detect with 4 beeps.
Reader Startup Sequence
Upon a power reset, the Red Readers provide a reset sequence using the LED
indicator and the beeper, to provide information about the reader type and its
communication mode. The first sequence (sequence A) describes the credential
technologies built in the reader.
First, a silent LED sequence will indicate the supported RF protocols. Both LEDs turn off for 250 milliseconds.
BLE
Beeper silent, red LED on for 500 milliseconds
HF
Beeper silent, green LED on for 500 milliseconds
Prox
Beeper silent, amber LED on for 500 milliseconds
After the above AV sequence identifies the supported RF protocols, the reader will then indicate the supported host communication using beep/flash sequences. Then beeper and both LEDs turn off for 250 milliseconds.
Wiegand
Beep and blink red LED once for 200 milliseconds
OSDP
Beep and blink green LED twice for 200 milliseconds each
Auto-Detect
Beep and blink green LED 4 times for 200 milliseconds each
Performance Levels
- Destructive Attack : I
- Line Security : I
- Endurance: IV (125 kHz, 13.56 MHz), I (BLE)
- Standby Power : I
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 the 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.
This telecommunication equipment conforms to NTC technical requirements.
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