The CT2000 Series is an industrial drive designed for textile and other critical environment applications that have a high density of dust, fiber, oil or other substances. To prevent fiber or dust from clogging or entering the drive, the CT2000 offers a fanless design for flange mount installation which is suitable for an application environment that has an air cooling duct system. There is also a large fan design for wall mount installation that can fit all types of applications. The CT2000 provides ultimate application flexibility for the textile industry.
Fanless design with high efficiency heat sink to prevent fiber and dust from clogging or entering the drive. No more overheating problems
Flange mount installation to enhance system safety and stability and provide excellent heat dissipation performance
Supports external fan connection
Wall mount installation model with a large fan
Deceleration Energy Backup (DEB) function for smooth motor deceleration control
Supports both asynchronous and synchronous motors
Common DC bus design
Enhanced drive durability using IEC 60721-3-3 CLASS 3C2 compliant Printed Circuit Board (PCB) coating
Built-in 10 K steps PLC programming capability and RS-485 with Modbus communication for master station saves an additional host controller and communication module in the system, constructing a simple network with high performance and effective cost
Optional communication cards are available
*1: For model names ending with code A or B
*2: For model names ending with code C
Application
Spinning machines, roving machines, machine tool, ceramic, glass and other highly demanding industries.
The TR1D series slim single display PID temperature controllers feature high-speed sampling cycle rate of 50ms with ±0.3% display-accuracy. The controllers offer high precision temperature control with simultaneous heating and cooling control. The space-saving design with 22.5mm width and DIN rail bracket allows easy installation in limited spaces. The front display can be easily used to set the control status and parameters.