The MW10E is a highly advanced, microprocessor-based single-phase SCR power regulator designed for industrial heating and power control applications. Featuring a wide input voltage range, dual analog control inputs, and robust protection mechanisms, this controller ensures precise power regulation, enhanced system reliability, and real-time monitoring. Its compact, lightweight design, combined with high-performance heat dissipation, makes it an ideal solution for demanding industrial environments

The MW30L series is a compact, high-performance three-phase SCR power regulator designed for precise control of electrical heating systems. With a current range from 25A to 350A, it is highly suitable for both resistive and inductive loads in various industrial applications.

1.Current rating options from 25A up to 350A to meet diverse industrial heating requirements.
2.Comprehensive universal analog input support including 0-5V, 0-10V, 0-20mA, and 4-20mA, along with 2 digital inputs and 1 digital output.
3.Flexible trigger modes featuring both phase angle firing and zero-cross firing control.
4.Advanced built-in protection functions including phase loss, overcurrent, overheating, overload, and load disconnection.
5.Standard RS-485 communication interface utilizing the Modbus-RTU protocol for seamless system integration.
6.Multiple control modes available: Constant Voltage (V), Constant Current (I), Constant Power (P), and Open-loop control.
7.Optional expansion modules available for temperature function and external display panel.

The MW30E series is an advanced, three-phase power regulator (current range: 25–1500A), Suitable for both resistive and inductive loads

1. Rating from 25A all the way up to 1500A
2. 0-5V/0-10V/0-20mA/4-20mA analog input, 3 digital inputs, 1 digital output, Modbus-RTU
3. Phase angle firing control mode or burst-firing mode configurable
4. Work with load on Star, Delta or Star with netural wire
5. Modbus RS-485 available as default,  other communication like profibus DP, Ethernet can be custom made
6. Different control mode, Constant Voltage (V) / Constant Current (I) / Constant Power (P)/Open-loop
7.100% load can be applied to the SCR according to the rating, for example, 100 amps rating SCR, you can apply 100 amps to phase current. there is no need to take the derating into consideration

This is a single phase SCR power regulators and temperature controllers 2 in 1 units, in a typical heating system, you would need a temperature controller and a SCR power regulators, and they are two separate devices, we go further and build this two devices in one package, this saves a lot of efforts for panel builders when it comes down to wiring, and RS-485 modbus is a standard feature, controller can be integrated to systems with HMI or PLC etc. the load can be directed wired to this thyristor power regulators, and it works with all kinds of inputs, Thermocuple, RTD, analog signal

The SCR-6 Series is a high-performance, three-phase intelligent digital power regulator designed for precise control of resistive loads in industrial heating applications. Featuring a compact design with an integrated heatsink and cooling fans, the SCR-6 offers a reliable and cost-effective solution for thermal process automation.

The Maxwell SCR-7 Series is an advanced, three-phase intelligent digital power regulator designed for precise and reliable control of resistive heating loads in industrial applications. Engineered with a fully integrated design, it combines the SCR module, high-efficiency heatsink, and cooling fans into a single, compact unit. The SCR-7 series features a comprehensive digital display for real-time monitoring of output ratio, temperature alarms, and phase status. With support for multiple analog input signals (including 4-20mA, 0-10VDC, and 0-5VDC) and optional RS-485 Modbus RTU communication, it seamlessly integrates into modern PLC and automated control systems. Built-in protective features such as soft start, auto phase detection, and over-temperature alarms ensure maximum safety and longevity for both the regulator and the connected load.