M9000-105 Johnson Controls Terminal Block

Overview

The Johnson Controls M9000-105 is a professional-grade, pluggable 3-terminal block designed specifically to interface with direct-coupled actuators. As an OEM replacement part, this component replaces standard spade terminals to provide a secure, vibration-resistant electrical connection in high-reliability HVACR environments. Its plug-and-play design simplifies field wiring, minimizes downtime during maintenance cycles, and prevents wiring errors often associated with loose connections without requiring specialized tools.

Features

• Pluggable 3-terminal plug-in interface for quick and easy installation
• Vibration-resistant design ensures stable electrical contact in high-vibration ductwork
• Constructed from durable, flame-retardant plastic for rigorous mechanical environments
• Eliminates the need for specialized crimping or field termination tools
• Maintains the integrity of building automation systems by replacing traditional spade terminals

Specifications

• Item Type: Actuator Terminal Block
• Number of Terminals: 3
• Material: Flame-retardant plastic
• Electrical Connection: Plug-In
• Control Circuit Rating: 24 VAC Class 2 low-voltage circuits
• Compatible Series: Johnson Controls M9100 and M9200 series (including M9104, M9106, M9108, M9109, M9124, M9132, and M9216)
• Compatible Manufacturer Model Numbers: M9106-GGA-2, M9108AGA-2
• Cross Reference / Part Numbers: Grainger 41P481, 41P493; Cross Ref 41P413; Zoro G2525050; Item AD4HCN
• Standards and Certifications: CE Listed, CSA C22.2 No.139 Certified (File LR85083, Class 3221 02), UL 873 File E27734, CCN XAPX

Applications

• Designed for use with Johnson Controls electric non-spring return and spring return actuators in commercial HVAC systems
• Ideal for connecting low-voltage control wiring in air handling units (AHUs), mechanical rooms, and ductwork systems
• Used to maintain environmental controls and building automation systems (BAS) during actuator replacement or maintenance tasks
• Suitable for field wiring integration in automated damper and globe valve assembly applications