 JM Joystick Features
+ Non-contact, programmable Hall sensors
+ Adjustable gimbal mounting system
+ Long life - lab tested to 20 million cycles
+ Rugged design - die-cast metal housing
+ Infinite resolution + Single and dual axis models
+ Switched and Proportional outputs
+ Simple construction: only 3 moving parts
+ EMI/RFI protected
+ Stable null
+ Factory calibrated output range
+ Low power consumption
Proportional Voltage Output: (typical)
Supply voltage: 5.0 VDC (+/- 0.1 VDC) Supply current: 15 mA maximum Typical Output: 0.5 - 2.5 - 4.5VDC, (+/- 0.1 VDC)
Performance Specifications: (actual)
+ Output at maximum negative X or Y displacement: 8% +/- 4% of supply voltage
+ Actual Output at null (handle center): 50% +/- 2% of supply voltage
+ Output at maximum positive X or Y displacement: 92% +/- 4% of supply voltage
+ Maximum output current: 2mA (Outputs protected against shorts to supply or ground as long as supply voltage is within operational range, maximum survival voltage 18 VDC)
Switched Output Joystick
Momentary Switched:
24 VDC: 5 amps, (3 amps inductive)
120 VAC: 5 amps (3 amps @ 250 VAC)
Movement to Activate:
16 degrees, on axis (+/- 2 degrees)
22 degrees, at 45 degrees (+/- 2 degrees)
Common power wire to switches, spade connectors on wire harness. (If switching inductive loads, diode protection should be included in the circuit to maximum switch life)
Mechanical:
Maximum handle travel:
20 +/- 1 degrees (on axis)
28 +/- 1 degrees (at 45 degrees)
Force measured at bottom of faceplate (typical) to come out of center:
600 grams (on axis)
750 grams (at 45 degrees)
Force measured at bottom of faceplate (typical) at end of stroke:
750 grams (on axis)
900 grams (at 45 degrees)
Environmental Rating:
Joystick c/w J Series Basic Grip: IP-66
Joystick c/w any handle with trigger: IP-55
The pivot ball and centering shoe are molded using a high performance polymer-teflon blend that eliminates the need for additional lubricant. The joystick is designed to operate without the use of lubricating oil or grease.
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