Eaton TM60200-3CR Modular Fuse Block - RoHS Compliant
Part Number: TM60200-3CR
Quick Summary
TM60200-3CR modular fuse block protects industrial power circuits in control panels. Engineers often struggle with compact, reliable high-current protection in space-constrained automation environments. RoHS compliant; Certifications available from the manufacturer. Its modular design supports expansion and simplifies wiring in 3-phase or multi-pole protection schemes. Designed for 600 Vac and 600 Vdc circuits, it helps control panels meet safety and reliability targets while keeping total cost lower. In practice, the TM60200-3CR offers predictable protection with a compact footprint to boost uptime and throughput.
Product Information
Extended Description
TM60200-3CR Eaton: Eaton Bussmann series Class T modular fuse block, 600 Vac, 600 Vdc, 110-200A, Box lug, Three-pole
Product Name
Eaton Bussmann series Class T modular fuse block
Catalog Number
TM60200-3CR
UPC
051712775175
Product Length/Depth
7.75 in
Product Height
2.53 in
Product Width
4.96 in
Product Weight
1.96 lb
Compliances
RoHS Compliant
Certifications
Contact Manufacturer
Special features
Modular fuse block
The Class T modular fuse block is engineered to streamline protection architecture, enabling rapid customization and reduced spare parts inventory. This translates to measurable efficiency gains in panel assembly and serviceability, particularly in high-density automation environments where space is at a premium. The 600 Vac and 600 Vdc rating broadens applicability to both AC and DC circuits found in conveyors, presses, and material handling systems, supporting safer, more reliable operation. With three-pole design and box lug connections, installation becomes straightforward and reduces wiring errors, lowering commissioning time and post-install maintenance. The footprint—7.75 in long, 4.96 in wide, 2.53 in high—and a weight of 1.96 lb balance rugged protection with compact integration. RoHS compliance supports environmental and regulatory requirements across manufacturing sites. The modular concept enables future capacity upgrades without full panel redesign, delivering long-term ROI for OEMs and end-users.
Get a Quick Quote for a Eaton TM60200-3CR
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in Eaton TM60200-3CR?
Enquire Now
FAQs
To install the TM60200-3CR, mount the unit in a suitable panel location, connect the three-pole block using the box lug terminals for solid, low-resistance connections, and ensure the current rating aligns with the circuit load (110–200 A). Verify clearances around the device and follow standard lockout/tagout procedures before wiring. This modular approach simplifies future expansion and service.
TM60200-3CR is rated for 600 Vac and 600 Vdc, supporting a current range of 110–200 A in a three-pole configuration. It uses box lug connections for robust terminations and is designed as a Class T modular fuse block. The unit is RoHS compliant, offering environmental compliance while delivering reliable protection for both AC and DC circuits in industrial applications.
Yes, TM60200-3CR supports up to 600 Vdc, making it suitable for DC protection in automation lines where stable high-current protection is required. When integrating in DC systems, confirm the fuse block’s compatibility with your fuse type and the system’s protection coordination strategy. Proper derating and fault-path considerations should be reviewed during panel design.
TM60200-3CR is RoHS compliant, aligning with environmental and material restrictions in many regions. Certifications beyond RoHS are provided by the manufacturer on request, so verify with Eaton for any regional or industry-specific approvals (CE, IP, SIL) that may apply to your installation and uptime requirements.
The TM60200-3CR offers a compact, modular solution that reduces panel real estate and simplifies wiring, cutting assembly and commissioning times. Its robust 110–200 A, three-pole design lowers the risk of protective misconfigurations, leading to fewer fault-induced outages. Over time, the modularity supports easy expansion and maintenance, improving uptime and overall return on investment for industrial machines.