Brass Terminal Blocks

Single Pole Terminal Blocks

Movable Terminal Blocks

Pluggable Terminal Blocks

Barrier Terminal Blocks

Spring Terminal Blocks

DIN Rail Terminal Blocks

Screw Clamp Terminal Blocks

Panel Mount Terminal Blocks

Power Terminal Blocks

• Design Standards: UL E62622; CSA LR15364; IEC Compliance; CE Pending
• Material: Brass, Copper, PVC, PBT (UL94V-0), Tin Plated Brass, Free Machining Brass
• Withstanding Voltage: 1.25KV
• Operating Temperature: -30°C to +105°C
• Safety Approval: UL / CSA, UL 94V-2 Flame-Retardant Housing
• Finish: Electrolyte Tin Plated Steel, Brass, Galvanized Steel, Chrome

• Corrosion resistant and chemical free.
• Also available with Recessed Screws and tubular contacts to provide added safety and help to prevent short circuits.
• Available with High dielectric rigidity and Heat Resistant.
• Lighting and flame resistance according to IEC 695-2-1.
• No end Moldings, mounting brackets or metal mounting clamps required
• Available pre-assembled to rail, or in bulk.
• Durable Thermoplastic Moldings, Sectional Through Bolt Construction.
• UL recognized and CSA certified.
• A variety of modular terminal blocks, power distribution blocks, multi-port junction blocks and pre-wired connection cables and modules are available to make quick, clean, safe and efficient installations.
• Also available in fully shielded construction.

• For use in electrical appliances, lighting and building wiring. Especially in OEM & Industry applications.
• Suitable for electrical applications for high current output and input connections like power supply or instrumentation industries.
• Can increase more functionality.
• Used for high-density wiring and for wiring special equipment.
• For control wiring to specialty blocks for grounding and isolation, thermocouple blocks designed for temperature dependent process control applications.
• Facilitate the connection of panel mounted electronic components to device power and field wiring.
• For easy circuit identification, plus popular single and double-bridge shaft systems for maximum power distribution flexibility.