Eaton C0500E1BFB Industrial Control Transformer - UL Listed
Part Number: C0500E1BFB
Quick Summary
Eaton Type MTE industrial control transformer provides reliable 24 V control power for equipment control circuits. Facilities often face transformer core losses, limited durability, and integration headaches in space-constrained panels. UL Listed, cUL Certified, and CSA Certified marks support safety, traceability, and regulatory compliance. Epoxy encapsulation and molded-in terminals simplify installation in compact switchgear, while 500 VA rating scales control power for automation, reducing wiring changes. Designed for 50/60 Hz operation and a 130°C insulation system, it supports steady performance in varied industrial environments. With copper windings, primary fuse block option, and 24 V secondary, it delivers dependable control power with minimal maintenance.
Product Information
Extended Description
C0500E1BFB Eaton: Eaton Type MTE industrial control transformer, pv: 120 x 240v, taps: none, sv: 24v, 55°c, 500 va
Product Name
Eaton Type MTE industrial control transformer
Catalog Number
C0500E1BFB
UPC
786680421327
Product Length/Depth
6.11 in
Product Height
6.515 in
Product Width
5.25 in
Product Weight
17.4 lb
Warranty
Eaton Selling Policy 25-000, one (1) year from the date of installation of the Product or eighteen (18) months from the date of shipment of the Product, whichever occurs first.
Compliances
RoHS Compliant
Certifications
UL Listed cUL Certified CSA Certified
Catalog Notes
Epoxy encapsulated, Laminations of high quality silicon steel to minimize core losses and optimize performance, 50/60Hz operation, 130°C insulation system standard, Molded-in terminals for maximum durability
Coil material
Copper windings
Design
MTE
Tap size
None
Primary voltage
120 x 240 V
Temperature rating
55°C
Volt ampere rating
500 VA
Secondary voltage
24 V
Modification 1
Factory-mounted two-pole primary fuse block for non-rejection type fuses
Special features
Primary fuse block
Epoxy encapsulated construction and laminations of high-quality silicon steel minimize core losses, delivering stable, efficient control power for demanding panels. That combination also reduces heat buildup and extends transformer life in continuous operation. Copper windings and molded-in terminals provide rugged wiring connections that resist vibration and dust ingress in industrial environments. This design supports quick field wiring, simpler maintenance, and fewer terminations that can loosen over time. Factory-mounted two-pole primary fuse block enables faster installation and provides primary-side protection without custom accessories. That feature aligns with non-rejection fuse types and helps maintain safe operation in control panels. Designed for 50/60 Hz operation, the MTE transformer maintains regulation across standard industrial power supplies. It supports wide temperature ranges with a 130°C insulation system to reduce derating in hot facilities. RoHS compliant and UL Listed, cUL Certified, CSA Certified to meet stringent regulatory requirements. With a 500 VA rating and 24 V secondary, it delivers scalable control power for relays, PLCs, and automation circuits. Compact dimensions and epoxy encapsulation also simplify panel integration and reduce wiring changes. Compatibility and installation advantages include molded-in terminals that align with standard DIN rail panels and compatibility with typical Eaton control fusing schemes. From a maintenance perspective, the epoxy encapsulation minimizes moisture ingress and reduces rework from coil insulation failures, delivering lower total cost of ownership. Applications include control power for machine tools, packaging lines, and process automation where reliable 24 V control signals and compact footprint are essential. RoHS compliance ensures compatibility with modern electronics standards and helps avoid hazardous substances in your build. Warranty coverage follows Eaton's policy, supporting commissioning and ongoing service for a one-year installation or eighteen months from shipment, whichever occurs first. Applications include control power for machine tools, packaging lines, and process automation where reliable 24 V control signals and compact footprint are essential.
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FAQs
C0500E1BFB uses molded-in terminals and a factory-mounted two-pole primary fuse block to simplify installation, wiring, and protection in panel assemblies. The compact footprint (6.11 in L x 5.25 in W x 6.515 in H) and standard mounting patterns support straightforward integration into DIN rail or enclosure layouts. This design minimizes field modifications and reduces commissioning time while maintaining serviceability.
This transformer provides 120/240 V primary to a 24 V secondary with a 500 VA rating, designed for 50/60 Hz operation and a 55°C rating with a 130°C insulation system. Under typical loads, it maintains stable voltage on the 24 V rail, supporting reliable control signals for relays and PLCs. Copper windings and epoxy encapsulation further improve efficiency and thermal performance.
Yes. The C0500E1BFB is ideal for machine tools, packaging lines, and process automation due to its 24 V control output, 500 VA capacity, and robust construction. Its primary fuse block, molded terminals, and UL/cUL/CSA RoHS certifications align with common industrial standards, enabling safer integration into modern automation panels and compliance-driven installations.
The transformer is UL Listed, cUL Certified, CSA Certified, and RoHS Compliant. These marks support electrical safety, interconnect reliability, and environmental compliance in regulated markets. Using a certified transformer reduces risk during audits, speeds procurement, and helps satisfy electrical safety and sustainability requirements across North American and international installations.
The epoxy encapsulation minimizes moisture ingress and coil insulation degradation, reducing rework and maintenance needs in challenging environments. The molded-in terminals simplify wiring, while the factory-mounted fuse block speeds installation and protection. Together with a 500 VA rating, these features contribute to lower total cost of ownership through longer service intervals, fewer spare parts, and improved system uptime.