ZF Marine Controls 463-4 | 400 Series Dual Chrome Lever Control Head

ZF Marine Controls 463-4 — 400 Series Dual Chrome Lever Control Head | Twin-Engine | MicroCommander | Hardwire

ZF Marine Controls 463-4 is the 400 Series dual chrome lever MicroCommander control head for twin-engine boats. Each lever independently controls both shift and throttle for one marine engine. Compatible with ZF Mathers 9000 Series MicroCommander, ClearCommand, and CruiseCommand electronic control systems. Hardwire (non-pluggable) version — for the pluggable version, see 463-4P. Control cable not included — sold separately. Contact us with your boat make, model, and current control system by email, text, or live chat to confirm 463-4 is the correct control head for your application before ordering.

Confirm Fitment Before Ordering

The 463-4 is designed for use with ZF Mathers 9000 Series MicroCommander, ClearCommand, and CruiseCommand electronic control systems. Contact us with your control system model by email, text, or live chat to confirm compatibility before ordering.

Part Specifications

• ZF Part Number: 463-4
• Series: 400 Series MicroCommander
• Type: Dual lever control head — twin engine
• Levers: Dual action dual chrome levers with black knobs
• Function: Each lever controls shift and throttle for one engine
• Compatible Systems: ZF Mathers 9000 Series MicroCommander, ClearCommand, CruiseCommand
• Wiring: Hardwire (non-pluggable) — pluggable version: 463-4P
• Features: Station transfer, engine synchronization, audible and visual indicators, start interlock, warm-up mode, reversal protection
• Control Cable: Not included — sold separately
• Vendor: ZF Marine Controls

Additional Information

• Vendor: ZF Marine Controls
• Part Number: 463-4
• Series: 400 Series MicroCommander
• Wiring: Hardwire (non-pluggable) — see 463-4P for pluggable version
• Compatible Systems: ZF Mathers 9000 Series MicroCommander, ClearCommand, CruiseCommand
• Control Cable: Not included

Installation Notes

Install following the applicable ZF Marine Controls installation and service manual for the 463-4 and your specific control system. This is the hardwire version — verify your wiring configuration before installation. Ensure the control cable (sold separately) is rated for your application and routed correctly to the control processor. Test station transfer and engine synchronization functions after installation before operating the vessel.

Frequently Asked Questions

Q: What control systems are compatible with the ZF Marine 463-4?
A: The 463-4 is designed for use with ZF Mathers 9000 Series MicroCommander, ClearCommand, and CruiseCommand electronic control systems. Contact us with your control system model by email, text, or live chat if you are unsure of compatibility before ordering.

Q: What is the difference between the 463-4 and the 463-4P?
A: The 463-4 is the hardwire (non-pluggable) version — it uses a permanent wired connection to the control processor. The 463-4P is the pluggable version with quick-connect wiring. Check your existing installation and wiring requirements before ordering to ensure you select the correct version.

Q: Does the 463-4 include engine synchronization?
A: Yes — engine synchronization is a standard feature. It automatically matches engine RPM across both engines to reduce hull vibration, improve fuel efficiency, and simplify docking. Station transfer is also included, allowing command to be passed between helm stations.

Q: Does the 463-4 include a control cable?
A: No — the control cable is not included and must be purchased separately. Contact us by email, text, or live chat with your installation details and we can help identify the correct cable for your setup.

Q: What safety features are built into the 463-4?
A: The 463-4 includes a start interlock that prevents engine starting while the transmission is in gear, reversal protection to protect the transmission from sudden shifts, and a warm-up mode to bring engines to operating temperature before leaving the dock. Audible and visual indicators provide continuous system status feedback at the helm.