AT16 Multi-Axis Industrial Joystick Guide

The AT16 multi-axis industrial joystick is Trunsin’s mechanical master controller for crane cabins, material handlers, and steel-mill pulpits where operators expect detent gates, modular grips, and long mechanical life without bus-protocol complexity. This industrial joystick guide covers axis options, IP65 duty, configurator paths, and when AT16 fits vs digital CANbus lines such as ZS40.

If you arrived from procurement comparing German OEM sticks, read Gessmann joystick alternative for aftermarket MOQ context — this page is the product deep-dive for AT16 specifiers.

AT16 multi-axis industrial joystick: platform overview

AT16 is a mechanical multi-axis platform — not a USB game controller dressed in metal. Catalog specs include IP65 protection, up to 5 M mechanical life cycles, handle force under 50 N, and operating temperature −20°C to 60°C. Grips are selected from a published catalog sheet; gates include cross, all-direction, and single-axis detents depending on application.

Application Typical AT16 configuration
Overhead crane auxiliary 2–3 axis, friction lock on hoist, spring return on traverse
Material handler Cross gate, ergonomic grip, panel mount
Steel-mill pulpit Multi-axis with detents matched to process steps
Port equipment (mechanical bus) Heavy grip, sealed base per IP65

Grip catalog and axis configuration

Start in the AT16 configurator: pick grip code from standard, button, or ergonomic families; define axis count; choose gate type and movement (spring return vs friction lock). The PDF export becomes your RFQ attachment — the same workflow described in industrial joystick configurator workflow.

Specifier checklist before quote:

  • Axis-to-function map (which motion each axis controls)
  • Gate feel preference (detent positions vs free friction)
  • Panel cutout drawing or template
  • Output type — resistor chain, analog voltage, or consult bus options on other series
  • Cab layout — link to crane cabin operator seat specification when applicable

IP65 duty and mechanical life in real shifts

IP65 on AT16 means dust-protected and water-jet resistant on the assembly as rated — not immersion. [Source: IEC 60529] defines the test method; validate gasket routing and fastener torque on first article, especially in pulp and steel dust environments.

Mechanical life to 5 M cycles supports multi-shift crane duty when grip and gate mechanisms are sized for the application — pair with multi-axis industrial joystick for crane control for cabin layout context.

AT16 vs neighbors in the Trunsin lineup

Need Direction
Mechanical multi-axis, crane AT16
Heavier crane master, more grip functions AT20-class
CANopen / J1939 ECU integration ZS40
Sealed analog palm grip, IP67 ZS30 guide
Mining digital multi-axis Mining cabin industrial joystick spec

How we validate AT16 builds

  1. Configurator PDF release — grip, gate, movement, connector locked
  2. Handle force spot check — compared to catalog nominal on first article
  3. Gate detent verification — axis centers and detent positions signed
  4. IP inspection sample — seal and fastener torque on pilot unit
  5. Batch traveler match — production units scan configuration code against PDF

Frequently asked questions

Does AT16 support CANopen?

AT16 is mechanical multi-axis focused. For CANopen joystick integration, specify ZS40 or discuss digital multi-axis options with engineering.

Can AT16 replace a failed OEM multi-axis stick?

Often yes — send Typenschild and panel photos. See aftermarket industrial joystick replacement guide.

What grip codes are most common on cranes?

Depends on auxiliary button count and reach — use configurator grip filter “With button” vs “Ergonomic” and download PDF for engineering review.

How do I order a trial unit?

Configure online, download PDF, email sales@trunsin.com with quantity and delivery target.

Related resources

Configure AT16 now

  1. Open configure AT16
  2. Select grip, gate, movement, connector
  3. Download PDF and send to sales@trunsin.com

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