Preparing your secure checkout page...
Warranty
Wake Industrial Warranty
To Speak to a sales representative for pricing and lead time:
Product Description
The DLF1.1 Positioning Interface Module by Bosch Rexroth Indramat is useful in industrial automation. It is engineered to deliver good control in different applications. This module processes sine-wave signals and connects through a 15-pin D-SUB miniature connector. This facilitates easy integration with external incremental encoders. The module provides a 2048-fold resolution of the signal period that makes high accuracy in positioning tasks. This module operates at a maximum input frequency of 150 kHz and ensures fast adjustments and responsive control.
The DLF1.1 Positioning Interface Module features make it unique for systems requiring dynamic control response. Its high-resolution internal position control provides accurate feedback. This is essential for maintaining precise movements in machinery. The module accepts external position measuring system data. This gives enhanced integration and flexibility in various setups. Due to this, it effectively processes data to improve its functionality in different setups. The external voltage requirement of 24V DC supports straightforward integration into existing systems. The DLF1.1 Positioning Interface Module accommodates plug-in extension modules which expand its capabilities and flexibility within control systems. This positioning module is suitable for required applications for adjustment precision. Technology integration allows users to achieve greater control over movement and positioning tasks.
For elevating productivity, the DLF1.1 Positioning Interface Module is the best option. It requires fine-tuned adjustments and actual positioning. The DLF1.1 Positioning Module is best for upgrading control in various systems making it a valuable addition to any automation setup. The DLF1.1 Positioning Interface Module by Bosch Rexroth Indramat is a high-resolution interface board designed for precise position control in industrial automation systems. It evaluates measuring systems with sinusoidal current signals (7–11 µAss) or sinusoidal voltage signals (1 Vss), allowing for accurate position feedback.
