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1

Touch button switch

EN

MTT

S-EXIT / MTTBK-EXIT

INSTALLATION

Introduction

Mounting instructions

WIRING AND APPLICATIONS

Features

Specifications

MTT is a request-to-exit switch, It will work independently (standalone) or can equally be connected via a controller to provide exit 

from a secured area (Push Button Input). With its slim looks and die-cast metal (or ABS) body, the MTT combines elegance and 

aesthetics with ruggedness and reliability.

- Feather light touch control

- Works in Pulse and Latch mode

- Ideal for a wide range of applications

- Vandal-resistant

 (MTTS-EXIT version)

- Resin Potted Electronics

Audio and Visual indications:

- Front dual light indication

- Buzzer sound on every touch

Input voltage:  

Current consumption: 

Relay Output:  

Panel Connection:   

Indicators-LED:  

Operating Temperature: 

Operating Humidity:  

Dimension (mm):    

Housing: 

Touch Plate: 

Protection: 

12-24 VDC; 15-24 VAC;

max.65mA

2A at 24V DC / 120V AC

 

Cable, 

0.5 m

Normal - RED

Relay Operation – GREEN

-20° to 50°C

Non-condensing up to 95%92L 

x 51W x 25H (Metal)

92L x 51W x 27H (ABS)

Die-cast Aluminium alloy or 

b

ABS

 

Mild Steel Painted

IP65

1. Identify a suitable location on wall or flat surface.
2. Stick the Drilling Template provided on chosen location. Drill 3 holes as indicated in the diagram.
3. Insert 3 nos. of 5 mm wall plugs provided into the drilled holes.
4. Route the cables through the holes provided in the BackPlate.
5. Fix the Backplate firmly on the wall using 3nos. of 3x30mm CSK screws
6. Connect wires.
7. After wiring, place the Housing over the fixed backplate and guide the slot into the backplate tab and slide it downwards.
8. Fix the Housing to the Back-Plate with a M3 x 6 mm Security Screw on the bottom of the Housing using a Security Screwdriver provided.

- Light switches

- Exit button (Access control)

- Elevator buttons

- Industrial panels

V4A

Important Note: 

Several layers of protection are provided against transient voltages from static discharge,lightning and power 

supply spikes. For protection to be fully effective, earthing should be done correctly.

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