6 Digits LCD Display Counter

● Digital programmable timer● 48mm*48mm,72mm*72mm,96mm*96mm● Panel mount type● Dry contact, NPN input● Maximum 4 outputs(Relay or SSR Drive)● 85~265Vac or 24VDC source● Perfect for Ozone generators, can control up to several loads

● Digital programmable timer● 48mm*48mm, LCD display,6 digits● Display format,00.00.00, seconds,minutes,hours● Panel mount type● Dry contact, NPN input● Maximum 4 outputs(Relay or SSR Drive)● 85~265Vac or 24VDC source

● Digital programmable timer+counter,● 48mm*48mm,Dual line 4 digits display● 2 in1 timer+counter● Various timer triggering mode● OP1 output for timer and OP2 output for counter● 85~265Vac or 24VDC source● Perfect solution for application need timer and counter

● Digital programmable counter● 48mm*48mm,Dual line 4 digits display● Panel mount type● Dry contact, NPN input● Maximum 2 outputs(OP1 and OP2)● 85~265Vac or 24VDC source● SV counting/Batch counting/Totalizing count

The NTC10K Series is a compact, high-precision Negative Temperature Coefficient (NTC) thermistor temperature sensor housed in a rugged stainless steel M8 screw-body probe. Designed for direct installation into threaded ports on pipework, tanks, heat exchangers, and machinery, this sensor delivers accurate, low-cost temperature measurement across a wide operating range without the need for signal conditioning or cold-junction compensation.At the heart of the sensor is a precision NTC thermistor element with a nominal resistance of 10 kΩ at 25 °C and a B-value (B25/100) of 3950 K ± 1%. The thermistor element is encapsulated within a 4 mm diameter stainless steel probe, sealed with high-temperature epoxy resin to ensure moisture ingress protection. The M8 threaded body incorporates a high-temperature silicone gasket to provide a leak-proof seal when installed into a threaded port. A 150 mm flat silicone lead wire terminates in a standard 2-pin SMP (Micro-Fit style) connector for fast, tool-free connection to the host system.The NTC10K series is fully compatible with Maxwell's range of temperature controllers, as well as third-party controllers, HVAC control boards, and microcontroller-based systems that accept a passive NTC thermistor input. The sensor's small probe diameter, short lead wire, and plug-and-play connector make it an ideal drop-in component for OEM equipment manufacturers and system integrators.

● Three phase solid state relay● 90~280Vac Input● 24~480Vac load● From 10 amps up to 200 amps● Zero-crossing trigger

The Maxwell MS-1DA48 series is a high-performance, single-phase DC to AC solid state relay designed for reliable and efficient switching in demanding industrial environments. Featuring a wide control input range of 3.2–32VDC and a robust load voltage capacity of 24–480VAC, this panel-mount relay is engineered to seamlessly interface with microcontrollers, PLCs, and other low-voltage logic devices. It utilizes advanced zero-crossing trigger technology and incorporates a built-in RC snubber across all amperage ratings, ensuring noise-free operation and superior protection against transient voltage spikes. Housed in a compact, fire-retardant ABS enclosure and completely sealed with resin for maximum isolation, the MS-1DA4840 series guarantees exceptional durability and safety in harsh environments. With load current options ranging from 10A to 120A, it is the ideal solution for precise control in heating systems, plastic machinery, HVAC, and various automated industrial processes. All models comply with CE, CCC, and RoHS standards.

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.