Finger operated
M3
The TYPE M3 Rugged, finger operated Hall-effect Joystick Controller is ideally suited for use in portables for remote control systems or for precision control of mobile and industrial machinery.

The glass-filled Zytel housing, non-ferrous components and sealed construction make this device suitable for corrosive and hostile environments.

1 & 2 Axis Control is available as well a handle activated auxiliary functions. Separate and simultaneous switching action is achieved with standard gate patterns.
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DETAILS
Applications
For use in radio control systems and portable consoles. For mobile machinery on and off-highway and for in-plant process control.

Features
  • Ultra-compact and rugged construction
  • Environmentally sealed mounting and corrosion resistant components
  • Conformal coated electronics to resist moisture
  • Non-biasing smooth operation with high life compression style spring return
  • Single and dual axis operation
  • Long life Hall-effect technology
  • Meets or exceeds CE EMC requirements


Options
  • Sealed push-button
  • Mechanical interlock for non-simultaneous operation
  • Cross gate
  • Redundant output


TECHNICAL & MECHANICAL DATA
TECHNICAL & MECHANICAL DATA
M3 Mechanical data
 Life 20 million cycles
 Temperature range -25 to +70 degrees C
 Handle travel +/- 20 degrees each axis
 Gasketing To IP55
 Panel space requirement 1.9" x 1.9" (footprint of joystick mounting)
 Mounting dimensions See M3 literature PDF above
M3 Electrical data
 Push-button (optional) 2 Amps 24VDC N.O. momentary
 Termination 20 AWG wire 6" leads with mini-fit connector
 Hall-effect Supply Voltage: 4.5 to 5.5 VDC

Output Voltage:
Ratiometric 0.5 - 2.5 - 4.5 +/- 0.15V @ 5.0V supply

Output Current: 10mA

Power Consumption: 20 mA @ full load

EMC Emissions:
Complies with EN61000-6-4:2007 Class A Group 1, 80-1000 MHz

EMC Immunity:
Complies with or exceeds EN6100-6-2:2005, expanded to include:
RFI Immunity of 100 V/M @ 80-1000 MHz
ESD Immunity of 15Kv air, 8Kv contact
See a complete listing of technical data in M3 literature

DOCUMENTS