ELECTRIC PROPORTIONAL JOYSTICKS JEOP 20.03

DUAL AXIS PROPORTIONAL JOYSTICK JEOP Tecnical features: Diagrams and metering curves: Mounting dimensions: Control device configuration: Proportional output configuration: Directional micro-switches configuration: Control handles: Rubber boots:

DUAL AXIS PROPORTIONAL JOYSTICK JEOP Description: The purpose of the Fluidea electric proportional joystick JEOP is to servo control remotely devices actuated by electric or electro-hydraulic systems, like main directional valves, selector vales, actuators, hydraulic pumps and motors with variable displacement, brakes and clutches. The analogue output signal with variable voltage is usually converted to a digital PWM pulsing current signal with adjustable frequency by an electronic regulator, either already fitted in the system or available within our ELR product range . The movement of the control...

DUAL AXIS PROPORTIONAL JOYSTICK JEOP Typical applications of “on-off” joystick series JEOP are agricultural machines, as tractors, moving grass cutters, pick-up machines, viticulture and oliveculture machines, and also forest machines, material handling machines, construction machines, street maintenance machines, fishing boats and industrial plants.

DUAL AXIS PROPORTIONAL JOYSTICK JEOP Technical features Joystick: - Mechanical life - Maximum angle deflection 20° movements on X-Y axis 26° combined movements - Body material - Plunger materials - Plunger guide material - Microswitch brackets material - Rubber boot material Aluminium alloy 6060 Stainless steel AISI 420 Bronze Aluminium alloy 6060 Neoprene - Protection degree - Ambient temperature Potenziometers: - Maximum input voltage - Electrical life: - Mechanical life - Protection degree - Ambient temperature - Operating stroke - Operating force - Body material: 30 VDC 5x106 cycles 1.000.000...

DUAL AXIS PROPORTIONAL JOYSTICK JEOP Electric diagram and metering curve 1 GREEN OUTPUT SIGNAL BLUE OUTPUT SIGNAL OUTPUT SIGNAL Standard: 4 proportional output 0-100% of the input voltage and 0 in the rest position METERING CURVE (α°/Volt) 100,0 OUTPUT SIGNAL %Vin (Volt) NOMINAL DEFLECTION ANGLE (DEGREE) SOUTH (WEST) PROPORTIONAL SIGNAL SOUTH (WEST) ON-OFF SIGNAL NORTH (EAST) NORTH (EAST) ON-OFF SIGNAL Microswitches activation angle is 2° in any dire

DUAL AXIS PROPORTIONAL JOYSTICK JEOP Electric diagram and metering curve 2 SOUTH 2 output signals 0÷10 / 0÷10 VDC with 0 VDC in rest position METERING CURVE (α°/Volt) 10,0 9,0 OUTPUT SIGNAL (Volt) NOMINAL DEFLECTION ANGLE (DEGREE) PROPORTIONAL SIGNAL SOUTH (WEST) SOUTH (WEST) ON-OFF SIGNAL NORTH (EAST) ON-OFF SIGNAL Microswitches activation angle is 2° in any direction

DUAL AXIS PROPORTIONAL JOYSTICK JEOP Electric diagram and metering curve 3 SOUTH 2 output signals 2,5÷0,5 / 2,5÷4,5 VDC with 2,5 VDC in rest position METERING CURVE (α°/Volt) 5,0 4,5 OUTPUT SIGNAL (Volt) NOMINAL DEFLECTION ANGLE (DEGREE) PROPORTIONAL SIGNAL SOUTH (WEST) SOUTH (WEST) ON-OFF SIGNAL NORTH (EAST) ON-OFF SIGNAL Microswitches activation angle is 2° in any direction

DUAL AXIS PROPORTIONAL JOYSTICK JEOP Overall dimensions Standard dual axis joystick without handle, with rubber boot type Q α3) (α1) Standard microswitch activation angle (α2) Maximum for movements X - Y (α3) Maximum for combined movements

DUAL AXIS PROPORTIONAL JOYSTICK JEOP Overall dimensions Dual axis joystick with straight handle without pushbuttons and rubber boot type Q (α1) Standard microswitch activation angle (α2) Maximum for movements X - Y (α3) Maximum for combined

DUAL AXIS PROPORTIONAL JOYSTICK JEOP Overall dimensions Dual axis joystick with ergonomic handle without pushbuttons and rubber boot type Q (α1) Standard microswitch activation angle (α2) Maximum for movements X - Y (α3) Maximum for combined

DUAL AXIS PROPORTIONAL JOYSTICK JEOP Control device configuration NORTH Standard control with combined movements available Cross control with combined movements inhibited NORTH-SOUTH control with EAST-WEST movements inhibited EAST-WEST control with NORTH-SOUTH movements inhibited

DUAL AXIS PROPORTIONAL JOYSTICK JEOP Proportional output configuration 00 Without potentiometer NORTH 1 proportional output NORTH 2 proportional output NORTH-SOUTH NS BLUE OUTPUT SIGNAL 1 proportional output WEST BLUE OUTPUT SIGNAL 1 proportional output EAST 1 proportional output SOUTH 2 proportional output EAST

DUAL AXIS PROPORTIONAL JOYSTICK JEOP Proportional output configuration NORTH BLUE OUTPUT SIGNAL YELLOW OUTPUT SIGNAL 3 proportional output NORTH-SOUTH-EAST NORTH BLUE OUTPUT SIGNAL YELLOW OUTPUT SIGNAL 3 proportional output NORTH-SOUTH-WEST SOUTH BLUE OUTPUT SIGNAL YELLOW OUTPUT SIGNAL 4 proportional output NORTH-SOUTH-WEST-EAST GREEN OUTPUT SIGNA

DUAL AXIS PROPORTIONAL JOYSTICK JEOP Directional microswitches configuration 00 Without microswitch One out of centre microswitch: 1 + specify direction N (north) - S (south) - E (east) - O (west) Two out of centre microswitches: 2 + specify directions N (north) - S (south) - E (east) - O (west) Three out of centre microswitches: 2 + specify directions N (north) - S (south) - E (east) - O (west) Four out of centre microswitches

DUAL AXIS PROPORTIONAL JOYSTICK JEOP Control handles For a detailed configuration of the handle, please refer to the technical catalogue of the required model Without handle Standard straight handle Multifunctional straight handle Multifunctional ergonomic

DUAL AXIS PROPORTIONAL JOYSTICK JEOP Rubber boot Z Without rubber boot With square rubber boot

DUAL AXIS PROPORTIONAL JOYSTICK JEOP Ordering key JEOP B 4X NSEW IE20001 Q Rubber boot (page 14): - without rubber boot = Z - with square rubber boot = Q Handle (page 13): - IE20001 = handle part number, assigned by FLUIDEA (for the available options refer to technical catalogue of the handle) - Z = without handle Proportional output configuration (pages 10-11): - 00 = without potentiometers - N = 1 proportional output NORTH - S = 1 proportional output SOUTH - E = 1 proportional output EAST - W = 1 proportional output WEST - NS = 2 proportional output NORTH-SOUTH - EW = 2 proportional output...