ARCHITRAVE & ROUND Manual
Proximity switch for activation and access control
Hard coated, scratch resistant, anti-reflective, anti-microbial Steritouch acrylic label. Entire label is sensitive.
www.quantek.co.uk | 01246 417113
Certifications: CE, UK CA
Installation
- Ascertain the fixing height.
- Use the back plate to mark cable hole and screw fixing points. The round unit can be angled towards approaching users.
- Fix the top retaining screw (No 8 or 10), leaving 4mm of screw shaft protruding.
- Fit the back seal to the rear of the back plate (if being installed externally).
- Place the cable through the back plate and make connections (refer to wiring diagrams below) or connect a battery clip and program to the receiver (see next page).
- Place the back plate in position, hook the unit onto the top retaining screw, and fit the bottom retaining screw.
Hardwired Specification
- Power: 12 - 28v DC
- Current: 8mA (standby) / 35mA (max) + 18mA LEDs
- Sensitivity: Touch - up to 70mm hands-free
- LEDs: Selectable red, green, blue
- Sounder: On activation
- Timer: 1 - 27 seconds
- Function: Latching function
Unit Dimensions and Wiring Diagrams
Unit Dimensions
Architrave Unit: A diagram shows a tall, rectangular unit. Key dimensions are indicated: approximately 230mm in height, 43mm in width, and 45mm in depth. A detail highlights a 4mm screw protrusion for mounting.
Round Unit: A diagram shows a circular unit. Key dimensions are indicated: approximately 147mm in diameter and 25mm in depth. A detail highlights a 4mm screw protrusion for mounting.
Wiring Diagrams (Hardwired Sensor Wiring)
The diagram illustrates wiring connections for a hardwired sensor.
Power Input: Shows 12-28Vdc input.
Connections:
- Normally Open (NO) Contacts: Two configurations are shown:
- 0V Return: Connects to 0V. The NO terminal activates the circuit.
- +V Return: Connects to +V. The NO terminal activates the circuit.
- Latch Jumper: A jumper allows selection between "Momentary" and "Latching" operation.
- Remote Switch: An optional normally open (N.O.) remote switch can be connected.
- Sensitivity Dip-Switches: A block of four dip-switches (labeled 1-4) is shown for adjusting sensitivity, with '1' being Low and '4' being High. A note indicates power must be removed and reapplied to register sensitivity changes.
- Sounder: A sounder component is indicated.
- Timer: A timer component is shown, adjustable from 1 to 27 seconds, with the instruction that turning anti-clockwise increases the time.
Warning: A prominent note states: "Never connect anything to RD terminal."
Radio Programming (RX-2)
Receiver Power & Wiring
Supply receiver with 12/24Vdc power. Connect +V to the 12/24V terminal and -V to the GND terminal. The LED will light if powered correctly.
Wire relay outputs to activate terminals on the system using clean, normally open contacts.
Programming Procedure
- Press and release the learn button. The learn LED will light up for 15 seconds.
- Within these 15 seconds, operate the touch sensor.
- The learn LED will flash to confirm successful programming.
Note: Touch sensors program to Channel 1 by default. The RX-T receiver is required to program them to different channels.
Transmitter Compatibility: Handheld and desk mount transmitters (CFOB, FOB1-M, FOB2-M, FOB2-MS, FOB4-M, FOB4-MS, DDA1, DDA2) can also be programmed using the same method. Refer to the transmitter box for more details.
Reset Procedure
To reset the receiver, press and hold the learn button for 10 seconds until the learn LED starts flashing. This will delete all stored codes.
Radio Specification
- Frequency: 868MHz
- Power: 4 x AA batteries
- Battery Life: Approximately 100,000 operations
- Features: Sounder & green LED on activation. Battery saving design; unit only activates once if hand is left on.
Receiver Specification
- Supply: 12/24Vdc
- Frequency: 868MHz
- Channels: 2 channels
- Relays: 1A 24Vdc normally open contacts
- Relay Mode: Momentary/bi-stable selectable relays
- Code Memory: 200 codes
- Dimensions: 65 x 50 x 30 mm
Dipswitch Settings
ON | OFF | |
1 | CH1 - Bi-Stable | CH1 - Momentary |
2 | CH2 - Bi-Stable | CH2 - Momentary |