Sensata Gigavac MX16CEB

Sensata Gigavac MX16CEB is an MX16 series DC Power Contactor designed for low-voltage, high-current 12-48VDC power systems. This DC Power Contactor provides 600A current capacity, 24VDC coil control, SPST-NO contact form, stud terminals, chassis mounting, silver contacts, and sealed heavy-duty construction. MX16CEB should be described as a DC Power Contactor rather than a high-voltage 800V or 1500V contactor because its primary application range is low-voltage DC power switching.

The MX16CEB DC Power Contactor is built for systems where current demand is high even though system voltage is relatively low. In utility vehicles, military vehicles, hydraulic equipment, mobile machinery, and 48V battery platforms, a DC Power Contactor may carry high motor current, pump current, or battery output current. MX16CEB gives designers a rugged DC Power Contactor for demanding low-voltage power paths.

Product Positioning

MX16CEB is positioned as a heavy-duty DC Power Contactor for 12-48VDC mobile equipment and industrial battery systems. It is not a GTM, HX, or GX high-voltage contactor. MX16CEB is best used when the electrical architecture is low voltage but the load current, cable size, shock, vibration, and service environment require a robust DC Power Contactor.

The main application angle for MX16CEB is heavy mobile equipment power control. A DC Power Contactor in this role may switch the main battery output, enable a motor controller, control a hydraulic pump, isolate a winch circuit, or disconnect a low-voltage DC distribution branch. The 24VDC coil makes the MX16CEB DC Power Contactor suitable for equipment that uses industrial or vehicle 24V auxiliary power.

Key Specifications

• Model: MX16CEB
• Brand: Sensata-Gigavac
• Series: MX16
• Product type: DC Power Contactor
• Voltage class: 12-48VDC DC Power Contactor service
• Current rating: 600A DC Power Contactor class
• Coil voltage: 24VDC coil for DC Power Contactor control
• Contact form: SPST-NO / 1 Form A
• Termination style: stud terminals
• Mounting type: chassis mount
• Contact material: silver contacts according to distributor data
• Construction: sealed DC Power Contactor body for rugged service
• Operating temperature reference: -55°C to 90°C according to DigiKey data
• Typical role: mobile equipment DC Power Contactor, pump motor DC Power Contactor, battery disconnect DC Power Contactor

Features and Benefits

The first benefit of MX16CEB is its 600A current capacity. A DC Power Contactor in a low-voltage system must often carry very high current because the voltage is only 12V, 24V, 36V, or 48V. MX16CEB gives equipment builders a 600A DC Power Contactor for high-current battery and motor circuits.

The second benefit is 24V coil compatibility. Many industrial machines, heavy vehicles, and mobile platforms use a 24V control system. A 24VDC DC Power Contactor can integrate into those platforms without adding a separate coil supply. This makes MX16CEB practical for utility vehicles, military equipment, material-handling machines, and hydraulic power units.

The third benefit is rugged construction. A DC Power Contactor in heavy mobile service may face vibration, shock, dust, moisture, heat, and repeated operation. The MX16 platform uses sealed construction and heavy-duty design features that support demanding environments. This helps the MX16CEB DC Power Contactor serve in applications where ordinary relays are not appropriate.

The fourth benefit is stud terminal installation. A 600A DC Power Contactor usually connects to thick power cables or busbar links. Stud terminals provide a practical high-current connection method for battery leads, motor controller inputs, pump circuits, and DC distribution branches.

Applications

MX16CEB is commonly used as a DC Power Contactor in heavy mobile equipment. It can switch a low-voltage battery output, control a hydraulic pump motor, isolate a winch circuit, or enable a traction controller. The MX16CEB DC Power Contactor is suitable for utility vehicles, airport ground equipment, military vehicles, mining support equipment, lift systems, and industrial battery platforms.

In 48V industrial systems, this DC Power Contactor can control a protected DC branch, battery service disconnect, high-current load bank, or pump power circuit. MX16CEB is also useful in backup power modules, warehouse vehicles, marine auxiliary systems, and mobile DC power skids. The DC Power Contactor should be selected according to current, voltage, duty cycle, cable size, coil power, thermal rise, and environmental exposure.

Selection Guide

Select MX16CEB when the system needs a 600A DC Power Contactor for 12-48VDC service with 24VDC coil control. If the equipment uses 12V coil control, choose a B-coil MX16 variant. If the system voltage is 800VDC or 1500VDC, choose a GV, GX, HX, or GTM high-voltage contactor instead of this DC Power Contactor.

Before installation, confirm continuous current, overload current, cable lug size, mounting clearance, coil driver capacity, duty cycle, heat rise, and fuse coordination. A DC Power Contactor in high-current low-voltage equipment should be validated with the complete battery and load system.

FAQ

Is MX16CEB a DC Power Contactor?

Yes. MX16CEB is a Sensata-Gigavac MX16 DC Power Contactor for high-current 12-48VDC switching.

What coil voltage does MX16CEB use?

The MX16CEB DC Power Contactor uses a 24VDC coil.

What current rating does MX16CEB provide?

MX16CEB is a 600A DC Power Contactor for low-voltage, high-current systems.

Where is MX16CEB commonly used?

MX16CEB is commonly used as a DC Power Contactor in heavy mobile equipment, utility vehicles, hydraulic pump systems, military vehicles, 48V battery systems, and industrial low-voltage DC distribution.

Conclusion

Sensata Gigavac MX16CEB is a 600A DC Power Contactor for 12-48VDC low-voltage power systems. With 24VDC coil control, SPST-NO contact form, stud terminals, chassis mounting, sealed construction, and rugged current-carrying capability, MX16CEB is a practical DC Power Contactor for heavy mobile equipment, hydraulic pump units, utility vehicles, military platforms, and industrial battery systems.