EFit single-phase thyristor controller

Description

Uncompromising performance, in a cost-effective format

Easy integration and commissioning at an attractive price! The EFit thyristor controller makes no compromises when it comes to controlling the power of resistance heating elements or infrared heaters. It is ideal for use in all heating applications and is compatible with all international standards for quality, interference immunity and interference emissions. EFit guarantees extremely stable, high-precision power control in almost all industrial environments, even where space in the control cabinet is limited.

The perfect solution for simple heating applications

In various industrial sectors, such as B. heat treatment, precise temperature values ​​and precise adherence to temperature limits are extremely important for compliance with regulations. This can be difficult in systems where larger machines can cause fluctuations in the power supply. In the case of a resistance heater with a 10% variable in the power supply, this means 20% variation in the load and unwanted temperature losses. The EFit thyristor controller has built-in compensation that continuously provides stable power output with better than ±2% linearity within load limits, even during supply fluctuations. The result is a reliable, repeatable heating process, with a high quality end product that meets the requirements of heat treatment standards.

Easy connection

With direct connections and easy commissioning, in conjunction with a compact, space-saving format, the EFit is the right solution for power control for new applications or as a replacement solution.

easy installation

• No configuration — plug and play
• No mounting effort required — simply attach to DIN rail
• Minimal connection effort — pre-wired connections

Easy integration

• Compact design – saves space in the control cabinet
• Can be integrated worldwide — international voltage ranges and approvals according to global standards
• Consistent shape — same height and depth across the range
• Ideal replacement for older Eurotherm TE10A

Process improvement

Designed for stable and fast response times, even in difficult industrial environments, EFit enables you to continuously optimize heating processes with a minimum of downtime. The higher throughput improves overall equipment effectiveness (OEE) and helps you achieve your goals.

Maximize throughput

• Maximum utilization of the system equipment, thanks to fast response times.

Minimizing downtime

• Reliable operation in difficult industrial environments — high immunity to electromagnetic interference
• Robust — Operates at high temperatures, humidity and altitude

Precise monitoring

EFit has built-in power stabilization and a wide range of different operating and load types, which save energy and improve the quality of the end product compared to other thyristor controllers.

Reduction of hidden energy costs

• Don’t waste energy — the built-in compensation guarantees stable power control even in the event of power fluctuations or unexpected changes in heating temperature.
• Better power factor—Save hidden energy costs by matching operating modes for each type of load, such as burst and phase control and extended single-period operation to reduce flicker in short-wave infrared applications

Reliably high quality and products according to common standards

• No scrap or rework – linearity better than ±2% of range, precise monitoring of heating elements and stabilization of the appropriate load temperature

Global standardization

EFit power controllers provide peace of mind for planners and commissioners working in a global environment where industry standards form an essential part of planning and supply chains.

• Compliant with cUL (Canada and USA)
• CCC exemption: Products not listed in the catalog of devices with mandatory certification
• China RoHS
• CE standard

Easy connection

• No configuration
• Compact installation
• Global standardization

Precise monitoring

• Elimination of voltage losses
• Tight tolerances
• Optimization of energy consumption

Process improvement

• Minimize downtime
• Maximize throughput
• Reduce operating costs

specification