ELECTRONIC JOYSTICK
16Pages

Product range Electronic accessories electronic joystick HC-MAS Single axis joystick with analog output. HC-MAP Single axis joystick with PWM output. HC-jhm-anh Two axis electronic joystick with 0.5 - 4.5 Vdc analog output. HC-jhm-avs Two axis electronic joystick with 0.5 - 4.5 Vdc analog output and two direction signals. HC-jhm-tcn Two axis electronic joystick with one PWM output and 5 digital outputs. HC-jhm-pwm Two axis electronic joystick with PWM outputs HC-jhm-can Two axis electronic joystick with CAN Bus interface (SAE J1939). pg. 118 ergonomic handles HC-mg Ergonomic right handle “F” Type handle “S” Type handle “A-B-C-D” Ergomnomic type handle pg. 121 pwm driver modules HC-a1e PWM driver module for a single monosolenoid proportional valve. HC-a2h PWM driver module for one bisolenoid proportional valve. HC-ehpd PWM driver module for 2 + 2 bisolenoid proportional valves. HC-p8h PWM driver module for 4 bisolenoid proportional valve. pg. 123

Product range Electronic accessories machine management modules HC-stu-rc/BC Machine management module for 8 bisolenoid proportional valves and 2 bisolenoid ON/OFF valves. HC-1012h Machine management module for 1 single solenoid proportional valves and 5 ON/OFF bisolenoid valves. HC-6252h Machine management module with up to 62 outputs and 52 inputs. pg. 126 sensorS & alerters HC-hlps Linear Hall effect position sensor with analog output HC-dhps Digitall Hall effect position sensor with ON/OFF outputs. HC-sadr Silent alerter for “F” type handle. pg. 129

Electronic joystick HC-MAS HC-MAS is a robust, single axis proportional joystick with analog output. Operation is based on no-contact Hall effect sensors which avoid electrical and mechanical problems. The analog output can vary in the 0 to 5V or 0 to 10V, 5 Volt and is suitable for driving PWM modules and ECU’s in Hydrocontrol’s electronic products range. Two ON/OFF outputs on signals are also available that indicate the current stroke direction. Specific electrical stroke, different from the the standard 5 Volt. Spring center return lever/frictioned lever ‘SPDT’ unstable rocker switch on...

Electronic joystick HC-JHM The HC-JHM family of joystick controller has been designed for use in Mobile and Industrial field applications and comprises of a two-axis electronic joystick based on no contact Hall effect sensors and digital electronics. The use of no contact Hall effect sensors eliminates any moving electrical parts improving performance, flexibility, reliability and working life. Furthermore, a complete line of integrated digital electronic modules offers a full range of application interfaces such as On-Off output, analog output, PWM output and CAN Bus field interface: the...

Electronic joystick Application example (shown with MG grip) On-Off Bidirectional On-Off Bidirectional On-Off Bidirectional Flow Regulator Venting Valve Center tap output signal with digital directional signals 1 PWM single coil output (inlet section)+ 4 ON/OFF power outputs (2 bisolenoid ON/OFF sections) + 1 ON/OFF power output Current consumption at rest Current output range (PWM) Dither frequency Adjustable ramp time Power digital outputs Technical specifications 1 x single prop, solenoid valves Application example (shown with MG grip) Prop. Bidirectional Prop. Bidirectional Venting...

Ergonomic handles HC-MG HC-MG is a multi-function ergonomic right hand grip suitable for the most demanding applications in every field: agricultural, forestry, lifting, earth moving. The handle can be set-up in a number of different and mixed configurations including pushbuttons, analog output rollers, PWM output rollers, rocker switches, mini joysticks, LED’s. Special configuration can be analyzed and realized by our technical staff. Common specifications Material Colour Operating temperature range Ingress Protection Rating thermoplastic black -25 °C / +85 °C IP 65 with plain grip IP 67...

Ergonomic handles “F” type Ergonomic handle This handle has been designed to be used on our remote controls type RCX. Its ergonomics, the accurate buttons position and dimensions make its use comfortable and effortless. It can be supplied with 7 microswitches in different combinations together with a push button for safety. Technical specifications Ingress Protection Rating Cable section Useful cable lenght Buttons Colours Dimensional drawing Type H (push button for safety) Direct current load inductive Micro - switches specifications current Direct current load resistive “S” type Ergonomic...

HC-A1E HC-A1E is a microprocessor based PWM electronic driver for the remote control of a single proportional solenoid valve. The PWM (Pulse Width Modulated) output current is controlled by an input signal coming from a potentiometer, a PLC or other control systems. The reference input signal can be a 0-5V or 0-10V voltage signal or a 0-20 mA current signal (factory options). Adjustments of minimum an maximum PWM current, ramp time, deadband and PWM dither frequency can be effected directly from a key-pad integrated on the front panel. Thanks to closed loop control the current in the...

HC-EHPD HC-EHPD is a microprocessor based PWM driver for the remote control of two couples of bisolenoid hydraulic valves. Two out of the overall four valves can be activated simultaneously: a digital input signal selects which valve in the couple is to be activated.Closed loop control of PWM current allows for a stable operation against coil resistance and voltage fluctuations. The module operation is fully configurable by means of a dumb terminal or a Windows software interface. Typical user configurable parameters are input signal operating range, dead-band and null position, transfer...

HC-P8H HC-P8H is a microprocessor based PWM driver for remote control of proportional solenoid valves in 12 and 24V systems. The unit supplies up to 4 dual coil proportional valves with PWM current proportional to the input signals coming from potentiometers, PLC or other control systems. The closed loop control makes the solenoid current independent from any change in the coil resistance or in the supply voltage. Also the inherent superimposed dither frequency helps to overcome friction and stiction effects in the controlled device. It is specifically designed for applications requiring...