CR463MB0NJA10A0
GE* Actual product may vary from image
CR463M Mechanically Held Contactors. Standard Assembled Forms. Modular design permits fast, on-site configuration. 2-12 power poles. 30 amp rating. Snap-in auxiliary contacts. Common components for both electrically and mechanically held versions. Continuously rated, interchangeable coils. Finger-safe terminals. Two-or-three-wire control module: low input VA permits long wire runs. Verifies contact status and has built-in delays that minimize excessively frequent signals from faulty controllers. Come in a wide range of input voltages. Four modules cover input voltages from 24-277 VAC and 12-24 VDC. All modules may be used with coil voltage from 24 VAC-277 VAC. Clear labeling shows control module rating, wire size and torque. Field configurable from standard electrically held contactor with simple, easy-to-install kits of control modules, latch mechanisms and auxiliary contacts.
Details
MFG PART #:CR463MB0NJA10A0
McMc Part #:GEDICR463MB0NJA10A0
UPC #:783166621028
Inventory
$ E
Details
MFG PART #:CR463MB0NJA10A0
McMc Part #:GEDICR463MB0NJA10A0
UPC #:783166621028
Inventory
Attributes
Features
Documentation
Attributes
Brand:GE
Coil Voltage:115/120 V AC, 115/120 VAC
Connection Type:Screw Terminal
Contact Configuration:10NO
Contact Type:Auxiliary
Dimensions:7.4 in H x 4.2 in W x 3.9 in D
Enclosure Type:NEMA 1
Frequency Rating:60 Hz
Maximum Load Current:30 A
Mounting Type:Surface
Number of Poles:10
Series:CR463M
Terminal Type:Finger Safe
Type:Enclosed Mechanically Held
Features
| Latches after contactor command and removes coil from circuit for noise free operation |
| Eliminates all coil losses after contactor is latched |
| Coil operation and control circuit at same or different voltages |
| Allows longer control wiring runs |
| Microprocessor validates control signal before operation will not respond to momentary voltage spikes or noise |
| Microprocessor validates control signal before operation command has built-in delay (0.4 sec) to avoid multiple short-term commands that can cause contact fatigue or failure |
| Microprocessor validates control signal before operation feedback loop prevents contactor from getting out of sequence with switches, even after power failures |
| 3-wire control is the choice for use with momentary devices allowing operation from multiple locations |
| 110 to 120 VAC control module input |
