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MO 126

Suspended Accelerator Pedal · Heavy-duty suspended throttle pedal with contactless hall sensing

MO 126 is a heavy-duty suspended accelerator pedal for commercial and off-road vehicles. A contactless measuring principle and two independent return springs deliver a long, maintenance-free service life, while full redundant programmable outputs adapt the pedal to different engine interfaces.

Mounting
Suspended
Output
Dual analog / PWM / IVS
Sealing
IP6K9K
Makersan MO 126 suspended accelerator pedal with heavy-duty metal case and ribbed pad.
Overview

Built for heavy-duty suspended throttle control.

Highlights

  • Contactless measuring principle with no wear surfaces
  • Full redundant double programmable outputs
  • 19° working angle with two independent return springs
  • Virtual kickdown effect option
  • A and D rod-type options
  • More than 2 million actuations

Specifications

Type
Suspended
Measuring principle
Contactless
Working angle
19°
Supply voltage
5V or 8-32V
Outputs
Dual analog (0-5V / PWM); Analog+IVS (high-side / low-side switch)
Redundancy
Full redundant double programmable outputs
Connector
6-way Delphi Packard Metri-Pack 150
Ingress protection
IP6K9K (sensor)
Lifetime
More than 2 million actuations
Operating temperature
-40°C … +85°C
Housing
Heavy-duty metal case
Weight
1.3 kg
Engineering views

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Order Code

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.

  1. MO 126
  2. X
  3. X
  4. PXXX

X stands for the digits you pick from the table.

MO 126
X
Pedal Rod Type
X
Kickdown
PXXX
Sensor Program
A - A Type0 - Without KickdownP009 - Dual Analog P009
D - D Type1 - With Kickdown*

* Different programs can be produced on request.

Example:
  1. MO 126
  2. A
  3. 1
  4. P009
Need a custom configuration?

Tell our engineering team about your machine platform, mounting envelope and required output. We'll propose the right hardware variant, rod/lever option and sensor program.

Contact Engineering