Eaton TB200HB-08SP Panel Mount Terminal Block - CE RoHS
Part Number: TB200HB-08SP
Quick Summary
TB200HB-08SP panel mount terminal block connectors provide robust, high-capacity wiring junctions for industrial control panels. Design engineers often struggle with dense wiring, space constraints, and meeting stringent safety certifications. With CE marking and RoHS compliance, and a breakdown voltage up to 4800 V alongside a 600 V operating rating, this eight-pole, double-row device delivers robust protection and reliable termination. By combining ease of installation with a compact footprint, it supports faster assembly, reduces wiring complexity, and improves field reliability, delivering real business value in automation and packaging lines.
Product Information
Extended Description
TB200HB-08SP Eaton: Eaton Bussmann TB200 series panel mount terminal block connector, Breakdown voltage 4800 V, 600 V, 30 A, Double row, High barrier, 8-pole, 6-32 TPI Screw, Black, Tin-plated brass terminal
Product Name
Eaton Bussmann TB200 series panel mount terminal block connector
Catalog Number
TB200HB-08SP
UPC
051712273985
Product Length/Depth
4.25 in
Product Height
0.75 in
Product Width
1.37 in
Product Weight
0.6 lb
Warranty
Not Applicable
Compliances
CE Marked RoHS Compliant
Certifications
Contact Manufacturer
Amperage Rating
30A
Voltage rating
600 V
Number Of Poles
Eight-pole
Type
Double row, high barrier
Feature: Eight-pole, double-row high-barrier design increases terminal density and minimizes cross-talk. Benefit: Enables compact control panels with reliable isolation between adjacent circuits, reducing panel height and improving serviceability. Application: Industrial automation cabinets and machine control panels where space is at a premium and reliable termination is critical. Feature: 30A amperage rating and 600 V voltage rating with 6-32 TPI screw terminals. Benefit: Provides safe, robust power distribution for motors, drives, and sensors while maintaining compliance with common industrial standards. Application: Power and control distribution in conveyors and packaging lines. Feature: Tin-plated brass terminal construction offers corrosion resistance and long-term reliability. Benefit: Improves lifecycle performance in harsh environments and reduces maintenance cost. Application: OEM equipment operating in dusty or humid environments. Feature: CE Marked and RoHS Compliant with a breakdown voltage of 4800 V. Benefit: Ensures regulatory compliance and enhanced insulation performance for high-energy applications. Application: Safety-critical control panels in European markets. Feature: Panel mount design supports rapid installation with stable mounting. Benefit: Reduces assembly time and increases field service efficiency. Application: Electrical cabinets and control enclosures in factory automation.
Get a Quick Quote for a Eaton TB200HB-08SP
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 TB200HB-08SP?
Enquire Now
FAQs
TB200HB-08SP is rated for 30A and 600V, using 6-32 TPI screw terminals. Its eight-pole, double-row design supports dense wiring in panel installations, enabling secure terminations without crowding adjacent circuits.
Key specs include eight poles, double-row high-barrier construction, 30A amperage rating, 600V voltage rating, 4800V breakdown voltage, 6-32 TPI screw size, and tin-plated brass terminals, all packaged in a compact panel-mount form factor.
Yes. The eight-pole, double-row, high-barrier design maximizes wiring density while maintaining isolation between circuits, supporting compact assemblies and faster commissioning in automated machinery and control cabinets.
The TB200HB-08SP is CE Marked and RoHS Compliant, aligning with regulatory requirements for European markets and environmental standards, which simplifies compliance in multi-region deployments.
The robust tin-plated brass terminals and high-breakdown insulation reduce maintenance due to corrosion and fault events, while the panel-mount design speeds installation, lowers labor costs, and improves field reliability over the product lifecycle.