QH1L034B-02D

Product Description:

Sanyo Denki makes the QH1L034B-02D. With a precise input requirement of 200V AC, the Sanyo Denki QH1L034B-02D servo amplifier is a prime example of high-performance architecture designed for sophisticated industrial automation systems. In order to minimize the dangers of electrical mismatch that might impair performance or jeopardize safety, this voltage specification is essential for synchronization with standardized industrial power infrastructure. In order to provide enough energy availability under peak load circumstances, the amplifier also requires a main circuit power supply with an apparent power capacity of 8.3 KVA. In order to eliminate voltage dips and mitigate thermal stress during prolonged operation, the conductors used for its main power integration must meet the AWG8 or 8mm² criteria, which strikes a compromise between current-carrying capability and thermal management. A 50A-rated circuit breaker that complies with NF50 Shape regulations is included in its electrical protection design. This crucial safety feature quickly separates the system in the event of an overcurrent, protecting the integrity of the servo amplifier and the linked motor.

The QH1L034B-02D's primary functional capability is its rated output of 5000W, which establishes it as a potent actuator driver that can run high-torque servo motors in dynamic, high-load industrial applications. In situations that require quick cycles of acceleration and deceleration as well as constant torque delivery in mechanically demanding settings, this significant power output is essential. The amplifier is built with mechanical durability in mind, in addition to electrical requirements; it is certified to sustain shock loads of up to 5G, demonstrating strong structural construction and vibration-damping enough for deployment in areas with a lot of equipment. Even in facilities with continuous low-frequency mechanical vibrations, its internal components will continue to function as intended because of its 0.5G vibration endurance throughout a frequency range of 10–55 Hz.

The QH1L034B-02D has a similarly strict and well-defined operating environmental envelope. The device is rated to function dependably at ambient temperatures between 0°C and +55°C, protecting against thermal overstress while supporting standard industrial climate control settings. A crucial defense against corrosion and electrical failure, humidity resilience is also included in the system. The amplifier can withstand conditions with up to 90% relative humidity as long as condensation does not form. Its electrical and mechanical parameters, together with these environmental limits, demonstrate a careful systems-level design process. Following these guidelines guarantees the amplifier's long-term dependability and peak performance in demanding applications, confirming its position as a vital part of precisely managed, high-throughput industrial processes for systems engineers and automation experts.