MF43HYC is a touch screen ramp and soak controller, accessible from PC and cell phone, works with both android and IOS system, built-in datalogging features, and data can be downloaded to PC, this item is perfect control solution for Experimental furnace, ceramic kiln, porcelain oven, Pottery oven, jewelry casting oven etc, the conventional ramp and soak controllers or some call it profile controllers on the markets are configured via set buttons on the front panel. end user have to go through layers upon layers of parmaeters and navigate through different parameter during the configuration process. the process could be painful and stressed and often times lead to less efficient and frustration. 

MF43H is a touch screen ramp and soak controller, the conventional ramp and soak controllers or some call it profile controllers on the markets are configured via set buttons on the front panel. end user have to go through layers upon layers of parmaeters and navigate through different parameter during the configuration process. the process could be painful and stressed and often times lead to less efficient and frustration. the configuration with our touch screen ramp and soak controller is much more easier, it's easier for end user to pick up the process as they operate the controller like a cell phone. below are some of the basic features with this touch screen ramp and soak profile controller

FS08 series controller is LCD display digital PID controller, vivid LCD display for easy to read from distance, True universal input, works with TC/RTD and analog input, relay and SSR Drive output field selectable makes it suitable for most of industrial application, comes with different size, 48mm*48mm, 72mm*72mm, 96mm*96mm, 48mm*96mm, a lot of add-on features like auto/manual control switch, parameter resets to factory default, RS-485 optional, customized parameter layout, makes this a competitive cost-effective PID controllers on the markets

This is a PID temperature controller works with universal signal, thermocouple, RTD and analog signals, comes with several options on the output, popular choices is Relay, SSR Drive and 4-20mA, 0-10VDC output, fast sampling rate and built-in timers optional, for system intergration purpose, you can choose the RS-485 modbus feature, up to 2 alarms, heating and cooling control configurable, vivid LCD display. offers standard PID control mode and ON/OFF control mode. fuzzy logic pid algorithm

MLC series PID temperature controller is a low cost robust pid controller offers basic features that will suit a lot of basic temperature control needs, works with thermocouple(K,E,J,N,T,S,R,B) and RTD(PT100,Cu50) inputs, controller comes with Relay and SSR Drive output at the same time, you can select the output based on the field application, maximum 2 alarms and works with main source 85~265Vac or 24VDC. the housing is made of fire resistance material and front panel with soft setting buttons

MTD series PID temperature controller is a cost effective pid controller offers basic features that will suit a lot of basic temperature control needs, works with TC/RTD inputs, and equipped with Relay and SSR drive output at the same time, the output is field selectable, if the actuator is a conventional relay or AC contractor, then choose the relay output, if the system has a solid state relay, then choose the SSR drive output, it's a great choice to have, maximum 2 alarms, working on wide power source from 85~265VAC or 24VDC. RS-485 modbus is avaiable on request.

MTA series PID temperature controller is a programmable pid temperature controller offers solutions for most of application, this controller works with Thermocouple, RTD(PT100) and Analog signal like 0-10VDC, 4-20mA etc, it's a true universal input controller which works with all inputs, Relay, SSR Drive output and analog outputs are optional upon order, add-on features like RS-485 and Process re-transmission is avaiable on request. Compatible with wide range of power source from 85~265Vac.

FT series PID temperature controller is similar to other controllers we have but offers more options, items works with thermocouple and RTD inputs, comes with Relay, SSR Drive, or 4-20mA, 0-10VDC output, maximum 2 alarms avaiablel, standard version works on 85~265Vac, and 24VDC/AC source optional when order, apart from these standard features, this controller also has some unique features like soft-start for analog output which is pretty useful for some of application where the load needs to be protected from drastic increase power load, process value re-transmission and remote setting point, RS-485 modbus communication which makes this controller has the ability to handle different situations.

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

This thermal controller offers some basic features with limited configuration options, it is for much less demanding application, despite it's cost-effective nature, still it offers Relay, SSR Drive and analog output, analog output being at the same price with the relay and SSR Drive output, maximum 2 alarms and heating+cooling control at the same time are possible, the alarm output can be used as a sub output to control a fan or valve in a system, TC/RTD and analog inputs compatible, 24VDC source and 85~265Vac source optional

REX C100, C400, C700, C900 is a very popular controller on the markets, comes with relay or SSR Drive output, with 1 alarm and works on wide range of power supply, works with thermocuple and RTD inputs despite the cost being very competetive.

CH102, CH402, CH702, CH902 is a very popular controller on the markets, comes with relay and SSR Drive output, relay and SSR Drive output at the same time, faciliated wiht different terminals, if you want to use the relay output, then connect your AC contractor or SSR with the relay output terminal, if you want to use SSR drive output, then connect your solid state relay with SSR Drive output terminal, with 1 alarm and works on wide range of power supply, works with thermocuple and RTD inputs despite the cost being very competetive.

FT100-601/602 is a process indicator which accepts thermocouple, RTD and analog signals, the standard version works with TC/RTD inputs, and specify the analog inputs if the input is analog like 0-10VDC, 4-20mA etc, the display can be either in Celcius or Fahrenheit, maximum 3 alarms can be selected for large sizes, 24VDC auxiliary power supply is possible to power transduers like presure transmitters, process value can also be re-transmitted to feed to PLC or paperless recorders, RS-485 modbus communication available to be abled to connected with PLC and HMI

Maxwell MTC-V is VMD(valve motor drive) output temperature controller, incorporates 3-point stepping valve control feature, two relays, one control the open of the valve, one control the close of the valve, valve position indication, auto/manual control bumpless transfer, works with thermocouple, RTD, and analog inputs,

Maxwell DR04C is a din rail mount PID temperature controller, 2 channel configuraitons, works with TC/RTD inputs, and output can be Relay, SSR Drive, or analog like 4-20mA, 0-10VDC, 2 auxiliary outputs can be assigned as the alarm output for any of the channel, or it can also be configured as the cooling output, in some particular application, the auxiliary output can also be programmed as an event output which is controlled by a master device via RS-485 communication, the RS-485 is a standard features. 24VDC source to sure greater saftey.

IoT is getting more and more popular, to keep up with the trend, for some of temperature control system with PLC in it, we offer an alternative solution by using our DIN rail temperature controller plus our IoT box, or IoT HMI, the concept is implementing DIN rail temperature controller system and connect it with IoT HMI plus various I/O modulars, so that the PLC can be eliminated from the system,