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Proportional Rocker Module​, Momentary 3 Position
$205.92The Sure Grip Proportional Rocker Modules combine the precision of a Hall Effect sensor with the rugged cycle life of a sealed assembly. This product will take upto 3 weeks for delivery, if stock is sold out. -
Proportional Rocker Module​, Maintained 3 Position
$205.92The Sure Grip Proportional Rocker Modules combine the precision of a Hall Effect sensor with the rugged cycle life of a sealed assembly. This product will take up to 3 weeks for delivery, if sold out. -
Joystick 2 axis, Analog Output with Inline Danfoss PVG- Ratiometric Output, with J Handle grip
$1,861.20Joystick with 2 analog axis with in line driver for PVG ratiometric outputs, J handle 4 momentary switches, 1 trigger Electronics The "JSM" Series joystick incorporates Hall sensor technology that provides a linear output of the attached handle position. This sensing technology is designed to perform consistency within harsh environments that otherwise would not be feasible to support with mechanical sensing solutions such as potentiometers. Inline PVG output adaptor: In this joystick an inline DFA 2/2 has been wired so that the joystick can control 2 Danfoss PVG valve sections proportionally. It can work with 12 or 24 V DC supply and output 0.25Vg to 0.75 Vg as required for PVG proportional valve control Joystick Features- Long life - tested to 20 million operations
- Rugged design
- Operating temperature: -40°C to +85°C
- EMC: 100V/m
- Fully sealed and encapsulated electronics
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Suregrip Single Axis Driver Board – 2x PWM out
$385.00Single axis driver board - 0-5V analog/digital input to 2 x PWM outputs in 3 modes. Data sheet The Single Axis Driver Board is designed to proportionally drive two solenoids using proportional control devices such as Joysticks, Slider Modules. The SDB-P1 driver board can be configured to accept a single proportional input in the range of 0.5 - 2.5 - 4.5VDC, such as one axis output from a Joystick or the output of a proportional Slider Module. It can also be configured to be controlled by two separate proportional inputs in the range of 0.8 - 4.2VDC.
