Mini paddle style, analog, Hall-effect, single axis lever - IQAN-LST | Product Series

Filter by

    No filters selected

Model Number

Get your Parker account Today!

Create one account to manage everything you do with Parker, from your shopping preferences to your application access.


LOADING IMAGES
Mini paddle style, analog, Hall-effect, single axis lever - IQAN-LST

Mini paddle style, analog, Hall-effect, single axis lever - IQAN-LST

Parker's IQAN-LST is a mini, paddle style, single axis joystick, for the mobile market. The LST can be easily mounted in the armrest or on the dashboard in mobile vehicles.

Technical Specifications

  • Maximum Operating Temperature: 70 °C
  • Minimum Operating Temperature: -40 °C
  • Power Supply Voltage: 5 VDC
  • Function: Single Axis
  • Electrical Connection: AMP/Tyco (Saab), Deutsch DT, Molex MicroFit 3.0
Safety Warning

Full Product Description

Parker’s 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 of popular sealed transportation connectors. These features combine to give the LST an IP66 rating.

The LST also has low, well-adapted forces designed in for ease of operation in the close quarters of a smaller cab. It is easily actuated with a fingertip for good ergonomics.

The IQAN-LST easily mounts in an armrest or dash panel and is perfect as an input device for a variety of valve driver modules or controllers.

Markets:
• Construction equipment
• Forestry equipment
• Agriculture machinery
• Material handling equipment
• Other mobile

Features/Benefits:
• Dual Hall-effect sensors provide redundancy
• Industry standard 0-5 V signal range

Applications:
• Boom extend/retract control
• Plow and spreader control
• Fork lift control

Related Documents

×
Products Model Number
20011381 IQAN-LST-S
20014070 IQAN-LST-D
20077729 IQAN-LST-MF

687466
936514