Alcatel-Lucent ACT 1300M/1600M HT Turbo Pump Controller

The Alcatel‑Lucent ACT 1300M and ACT 1600M HT Turbo Pump Controllers are advanced electronic drive units designed to operate high‑speed turbomolecular pumps in demanding vacuum environments. These controllers deliver stable, precisely regulated power to the pump motor, enabling rapid acceleration, reliable operation, and extended pump life. With built‑in communication ports and comprehensive diagnostic capabilities, the ACT series is a versatile solution for both standalone and system‑integrated vacuum applications.

Overview

Both the ACT 1300M and ACT 1600M models are engineered for compatibility with a wide range of Alcatel turbomolecular pumps, as well as third‑party pumps with similar electrical characteristics. The 1300M is typically paired with smaller pumps (up to 1300 L/s pumping speed), while the 1600M supports larger units (up to 1600 L/s). The controllers feature high‑frequency power conversion technology for quiet, efficient operation and minimal electromagnetic interference. Their compact 19‑inch rack‑mountable enclosures make them suitable for integration into process tools and vacuum systems.

Key Features

• Variable frequency drive with soft‑start and rapid acceleration profiles

• Precise speed regulation with ±1% stability under varying loads

• Built‑in RS232 and optional RS485/Profibus interfaces for remote monitoring and control

• Real‑time display of pump speed, motor current, temperature, and power consumption

• Comprehensive fault protection: over‑current, over‑temperature, under‑voltage, and motor stall detection

• Standby mode for energy savings when pump is not in active use

• Analog I/O for external speed setting and status reporting

• CE and RoHS compliant for industrial safety and environmental standards

Technical Specifications

• Input Voltage: 100‑240 VAC, 50/60 Hz (single phase) / optional 24 VDC

• Output Power: Up to 800 W for ACT 1300M; up to 1200 W for ACT 1600M

• Frequency Range: 400‑1000 Hz (programmable)

• Speed Stability: ±1% of setpoint

• Communication: RS232 (standard), RS485 / Profibus DP (option)

• Operating Temperature: +5°C to +40°C

• Relative Humidity: ≤80% non‑condensing

• Dimensions: 88 mm (H) × 482.6 mm (W) × 330 mm (D) – 2U rackmount

• Weight: 4.5 kg (ACT 1300M), 5.2 kg (ACT 1600M)

Applications

The ACT 1300M/1600M controllers are widely used in semiconductor manufacturing (sputtering, etching, CVD), thin‑film coating, mass spectrometry, electron microscopy, and industrial vacuum furnaces. Their ability to integrate with PLCs and process control systems makes them suitable for automated production lines where reliable vacuum is critical.

Compatibility and Integration

These controllers are compatible with Alcatel turbomolecular pumps from the ATH, ATP, and ACT series, as well as many other brands when the motor parameters are matched. The RS232 interface supports standard MODBUS or a simple ASCII protocol for easy integration with host computers and SCADA systems. Optionally, the Profibus DP module enables direct connection to Siemens and other industrial control networks.

Installation and Operation

Installation involves mounting the controller in a rack or cabinet, connecting the pump motor cable, and applying mains power. The front panel provides a menu‑driven user interface with an LCD screen and keypad for local configuration. The controller automatically detects pump type and loads the appropriate startup parameters. During operation, the unit continuously monitors pump conditions and can trigger alarm relays if thresholds are exceeded.

Conclusion

The Alcatel‑Lucent ACT 1300M/1600M HT Turbo Pump Controllers deliver reliable, precise, and intelligent drive solutions for high‑vacuum systems. Their robust design, extensive communication options, and protective features ensure long‑term operation in critical industrial processes. Whether upgrading an existing vacuum system or designing a new one, the ACT series provides the performance and flexibility required for modern manufacturing and research environments.