Controls

Hydraulics

    • IQAN-LST Joystick Control

      Mini Paddle Style, Analog, Hall Effect, Single Axis Lever Joystick. The IQAN-LST is a paddle style mini-lever in the IQAN product group. This single axis lever focuses on compact design and is lightweight, with small installation dimensions. The IQAN-LST is intended for the outdoor environment. The electronics are potted and the cable has a choice […]

      Read More

    • IQAN-LSL Joystick Control

      Single Axis, Hall Effect Intended for the Proportional Control of One Double Acting Hydraulic Function. The IQAN-LSL is a single-axis joystick that is focused on compact design, weather resistance, and safety. Lightweight with small installation dimensions, the IQAN-LSL features dual sensors for error checking to meet high safety requirements. The lever has several options including […]

      Read More

    • VMM1615 Module

      Stand-alone Controller CAN/J1939 Multiplexing Module, Rugged, High-Power For Heavy Loads, Outputs, 16 Inputs, 15 Outputs. The VMM1615 module is a controller that can be used alone or with other VMM modules in a control system. The VMM1615 module communicates using the J1939 protocol over a CAN- bus connection. The VMM1615 is a rugged CAN controller […]

      Read More

    • IQAN-XS2 Module

      8 (20) Inputs, 12 Outputs, IQANdesign Expansion I/O Module. The IQAN-XS2 is an IQANdesign Platform expansion module designed for high digital I/O count, weather resistance, and safety. The IQAN expansion modules communication with a master over CAN-bus, using the IQAN CAN Protocol (ICP). The IQAN-XS2 has a large number of inputs and outputs that allow […]

      Read More

    • IQAN-XC10 Module

      30 Inputs, 20 Outputs, IQANdesign Input Output Module. The IQAN-XC10 is an IQANdesign Platform expansion module that is designed to get a high digital I/O count in one module. All IQAN expansion modules communicate with a master over CAN-bus, using the IQAN CAN Protocol (ICP). The IQAN-XC10 is a compatible variant of the VMM3120 and is […]

      Read More