PID Temperature controller is one of our major products, we provide all sorts of PID temperature controllers, ON/OFF temperature controllers, we claim ourself as one of the leading provider of temperature controllers in China. various choice from simple PID controller to sophisticated ramp and soak controllers, aka profiler controller, cost-effective analog and thumb switching setting controllers, to compact small temperature controller, we are one-stop provider to all your temperature control and thermal solution provider.

A good kiln controller is crucial for maintaining precise temperature control and ensuring consistent firing results in ceramic, pottery, or glass kilns. Here are some essential features that a good kiln controller should have: Temperature Accuracy: The controller should accurately measure and maintain the desired temperature within the kiln. Precision is crucial for achieving the desired firing results. Temperature Range: It should support a wide range of temperatures suitable for different types of firings, including bisque firing, glaze firing, and specialty firings like raku or crystalline glazes. Programming Capabilities: A good controller allows for programmable firing schedules, including ramping rates, soaking periods, and cooling cycles. This flexibility enables artists to achieve specific firing profiles for different types of clay bodies and glazes. User-Friendly Interface: The controller should have an intuitive interface that is easy to navigate and program. This is important for artists of all skill levels to effectively utilize the kiln controller without extensive training. Safety Features: Safety is paramount when working with kilns. The controller should have built-in safety features such as over-temperature protection, which shuts off the kiln if temperatures exceed safe limits, and error diagnostics to detect and alert users of potential issues. Compatibility: The controller should be compatible with the type and model of kiln it is intended for. Different kilns may require specific controllers, so compatibility is essential to ensure proper functionality. Reliability and Durability: A good kiln controller should be reliable and durable, capable of withstanding the high temperatures and frequent use associated with firing ceramics. Quality construction and components contribute to longevity and consistent performance. Data Logging and Connectivity: Advanced controllers may offer data logging capabilities to track firing cycles and performance over time. Connectivity options such as USB or Wi-Fi allow users to transfer firing data to a computer for analysis or remote monitoring. Customization Options: Some kiln controllers offer customization options such as user-defined firing programs or the ability to save favorite firing schedules for quick access. Technical Support and Documentation: Manufacturers should provide comprehensive technical support and documentation to assist users in setting up, programming, and troubleshooting the kiln controller. Overall, a good kiln controller should provide precise temperature control, flexibility in programming, ease of use, safety features, reliability, and compatibility with the kiln it is intended for. These features contribute to consistent firing results and enhance the overall user experience for ceramic artists.

Temperature transmitter in short is a device which convert the temperature signal typically thermocouple and RTD signals into analog signals such as 4-20mA, 0-10VDC, the analog signal is a universal standard signal which are more friendly for long distance transmission, in addition to the transmission, the temperature transmitter also filters out any hazadours interference from the input and therefore protect the signal, the principle behind the temperature transmitter is the same, but the physical format would be different, and we offer DIN rail mount temperature transmitter, head mounted temperature transmitter, RS-485 temperature transmitter, and HART protocol temperature transmitter etc. and all of our temperature transmitter is programmable either from PC or cell phone.

A solid state relay (SSR) is an electronic switching device that switches on or off when an external voltage (AC or DC) is applied across its control terminals. It serves the same function as an electromechanical relay, but has no moving parts and therefore results in a longer operational lifetime. SSRs consist of a sensor which responds to an appropriate input (control signal), a solid-state electronic switching device which switches power to the load circuitry, and a coupling mechanism to enable the control signal to activate this switch without mechanical parts. The relay may be designed to switch either AC or DC loads, we offer both single phase and three phase relay, DC and AC load relays.

A silicon controlled rectifier (SCR) is a solid state switching device which can provide fast, infinitely variable proportional control of electric power. Not only does this give maximum control of your heat process, but it can extend heater life many times over other control methods, at Maxwell, we offer simple SCR and advanced digital display SCR with other add-on features.

Maxwell offers various thermocouple and RTD sensors, from simple M6 screw-in sensor to sophisticated custom made sensor, high temperature sensors with ceramic sheath, temperature sensor with transmitters built-in, filed installation temperature transmitters etc.

Rotary Encoders are sensors that detect position and speed by converting rotational mechanical displacements into electrical signals and processing those signals, at Maxwell, we offer solid shaft incremental encoders and hollow shaft, blind hollow shaft encoders.

Pulse counters and timers are an essential part in the automation industrial, Pulse counters works with dry contact inputs as well as PNP/NPN inputs, and it counts the number if pulses and therefor be able to measure the quantities and length etc. Digital programmable timers with 2 relays built in as output 1 and output 2, the relay can be programmed to pull-in or release during the start up of a process or when program ends.