MO 397
Micro Joystick · Smallest-footprint micro joystick with dual sensor per axis
The MO 397 is Makersan's smallest joystick, designed for handheld and tightly packed panels. Contactless hall-effect sensing with a dual sensor per axis delivers safe, repeatable fingertip control in single- or two-axis configurations.
- Axes
- 1 / 2-axis
- Angle
- ±25° / ±21°
- Sealing
- IP67 / IP65
Built for the tightest fingertip control panels.
Highlights
- Smallest Makersan joystick footprint
- Dual sensor per axis for safety
- Up to 1 million lifetime cycles
- IP67 electronics / IP65 top to mounting plate
- 5V supply
- Operating temperature -40°C … +85°C
Specifications
- Sensing principle
- Contactless hall-effect (dual sensor per axis)
- Axes
- 2-axis full / 2-axis plus / single-axis
- Operating angle
- ±25° (full) · ±21° (plus / single)
- Supply voltage
- 5V
- Output
- 0-5V (full redundant or redundant)
- Ingress protection
- IP67 electronics / IP65 mechanical
- Lifetime
- Up to 1 million cycles
- Connectors
- 250mm loose cable / Molex Micro-Fit / header
- Operating temperature
- -40°C … +85°C
Build the order code from its segments
Pick one option from each column of the table and join them with dashes — the result is the code to quote when you order.
- MO 397
- H1X
- X
- X
- PXX
- XX
X stands for the digits you pick from the table.
MO 397 | H1X Hardware | X Axis of Actuation | X Legend | PXX Program | XX Electrical Connection |
|---|---|---|---|---|---|
| H10 - S:5V; O:0-5V Full Redundant | 0 - 2 Axis Full | 0 - No Legend | *See the output signal diagrams. | 00 - 250mm Loose Cable (AWG 24) | |
| H11 - S:5V; O:0-5V Redundant | 1 - 2 Axis Plus | 01 - Molex Micro-Fit Connector 250mm cable | |||
| 2 - Single Axis | 03 - Header | ||||
| * |
* 250mm loose cable is standard. Different types and values can be produced on request.
- MO 397
- H10
- 0
- 0
- P01
- 00
Tell our engineering team about your machine platform, function map and bus protocol. We'll match the grip, switch layout, axis count and output configuration to your operator workflow.