1. Power Distribution in Industrial Control Panels
This terminal block is ideal for connecting main power lines within large industrial control panels and machinery. Its 1000 V / 150 A rating supports significant power loads, while the robust screw connection accommodates large gauge wires (16-70 mm²) securely, preventing loose connections under vibration and thermal cycling.
Problem SolvedSafely and reliably distributing high current and high voltage power from incoming feeds to various sub-circuits or heavy-duty loads within industrial environments, ensuring stable power delivery despite mechanical stresses.
High voltage distributionHigh currentIndustrial control panelsSecure connectionsLarge gauge wirePower feeder
2. Renewable Energy Systems (Solar/Wind Inverters)
The UKH 50 is well-suited for connecting DC power lines from solar arrays or wind turbine generators to inverters. Its 1000 V rating can handle typical string voltages, and the 150 A current capacity accommodates high power transfer. The wide operating temperature range (-60°C to 110°C) ensures reliability in diverse outdoor or cabinet environments, making it suitable for renewable energy infrastructure.
Problem SolvedProviding a durable and high-capacity electrical interface for combining and connecting high-voltage, high-current DC power sources in renewable energy installations, maintaining performance across extreme temperatures.
Solar powerWind energyDC distributionInverter connectionsHigh power transferHarsh environmentWide temperature range
3. Motor Control Center (MCC) Power Feeds
In Motor Control Centers, this terminal block can connect the incoming power supply to individual motor starters or variable frequency drives (VFDs). The 150 A current and 1000 V voltage rating are appropriate for feeding powerful industrial motors, and the robust screw connection ensures secure termination for continuous operation in demanding industrial settings, reducing downtime.
Problem SolvedEstablishing secure, high-capacity electrical connections for power distribution to large industrial motors and their control equipment within MCCs, ensuring operational safety and reliability under heavy loads.
Motor controlVFD powerIndustrial motorsHigh currentSecure terminationPower distributionMCC
