HZF02.1-W010N Bosch Rexroth Indramat
Wake Industrial LLC is not an authorized distributor of this product.
Wake Industrial LLC is not an authorized distributor of this product.
MPN: R911291612
The Bosch Rexroth Indramat HZF02.1-W010N is part of the HZF Filter Modules series and has a nominal power rating of 10 kW with a nominal current of 18 Amps. This module has a basic loss of 100 Watts, a total loss of 200 Watts, and an operating frequency of 50 to 60 Hz. The unit uses natural convection cooling and weighs 18 kilograms.
Internal Product Review
The HZF02.1-W010N is a Bosch Rexroth Indramat filter module rated for 10 kW and 18 A. Natural convection cooling and 50 to 60 Hz operation support straightforward integration in standard industrial power systems. The 200 W total loss keeps thermal behavior predictable, making the module a strong choice for dependable line filtering.
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Product Description:
The HZF02.1-W010N is a passive line filter module produced by Bosch Rexroth Indramat for the HZF Filter Modules series. Positioned between the mains supply and Indramat drive controllers, it attenuates conducted electromagnetic interference and limits inrush current so the connected converter stays within EMC guidelines during startup and normal operation. By adding impedance ahead of servo inverters, the unit helps protect sensitive feedback electronics, reduces disturbance on shared power lines, and supports stable operation in assembly, packaging, and material-handling equipment. Because it is passive, the module conditions the input path without introducing active switching elements of its own.
The filter is dimensioned for systems that draw a nominal line power of 10 kW and a continuous phase current of 18 A. A basic no-load loss of 100 W is generated by core magnetization and dielectric heating, and this heat leaves the housing through surfaces cooled by natural convection rather than forced air. Under higher demand, extra dissipation can be estimated with a load-dependent gradient of 10 W/kW, which helps with cabinet thermal planning and spacing around nearby components. The passive design lets the module work ahead of motor inverters without adding moving parts, and the cooling method keeps enclosure layouts simpler where airflow depends on natural circulation.
Across supply networks operating at 50 to 60 Hz, the impedance of the HZF02.1-W010N remains predictable and helps contain voltage distortion that might otherwise reach drives, sensors, and other connected controls. When the downstream converter reaches full output, total thermal release rises to 200 W, so vertical clearance should allow unobstructed airflow and prevent heat from collecting above the enclosure. The module's 18 kg steel chassis adds thermal inertia, which helps limit rapid temperature rise during cyclic duty and supports stable wall-mount installation in industrial cabinets. Its mass also helps resist minor vibration in panels that carry other power components nearby.
