3 digits display LED display programmable timer

● 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

● Digital programmable counter● Dual line 6 digits LCD display● Panel mount type● Dry contact, NPN input● Maximum 4 outputs(OP1 and OP2)● 85~265Vac or 24VDC source● SV counting/Batch counting/Totalizing count

The PT100-12 is a PT100 Platinum Resistance Thermometer featuring an adjustable compression fitting combined with a robust Form B aluminium connection box (connection head). This combination delivers two key advantages in a single assembly: the compression fitting allows the probe insertion depth to be set and locked at any position within the fitting stroke, eliminating the need for custom-length probes during installation; and the sealed connection box provides a weather-resistant, vibration-tolerant housing for field wiring that is well suited to demanding industrial environments. The sensor complies with EN 60751 and covers a temperature range of −70 °C to +300 °C, making it suitable for a wide spectrum of process and industrial applications. The stainless steel probe is available in three diameters — 4 mm, 5 mm, and 6 mm — and three standard lengths of 50 mm, 100 mm, and 150 mm, all of which can be customised to order. Adjustable process fittings are available in ½ NPT, ¼ NPT, and ¼ BSP thread forms, enabling direct installation into standard process pipework and vessels without adapters. The connection box accepts standard conduit entries, and the sensor ships without lead wire, with all field connections made inside the terminal block housed within the connection box.

● 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

- 40mm solid shaft optical rotary encoder- Can be used with Arduino for various projects- External diameter 40mm- small size, heavy duty, light weight, easy for installation- Resolution up to 3600 PPR- 6mm shaft size- 5-30VDC source, please specify the voltage while order with us- Aluminum housing, cable side entry or rear entry selectable- Standard cable length is 2 meters, cable length can be custom made                            

The TC-K1 / TC-J1 / TC-T1 Series Screw-In Nozzle Thermocouple is a compact, robust, and highly versatile temperature sensing solution engineered for direct installation into threaded ports on machinery, pipelines, and process equipment. By leveraging the well-established Seebeck effect — in which two dissimilar metal conductors joined at one end generate a measurable electromotive force (EMF) proportional to the temperature difference between the hot junction and the cold (reference) junction — this sensor delivers reliable, real-time temperature readings across a broad operating range. Designed for demanding industrial environments, the TC-K1 / TC-J1 / TC-T1 series features a fully threaded stainless steel body that enables secure, leak-proof installation into standard metric (M6, M8) and pipe-thread (1/4 NPT, 1/4 BSP) fittings. The sensor is available in three internationally recognised thermocouple calibrations — Type K (Chromel/Alumel), Type J (Iron/Constantan), and Type T (Copper/Constantan) — to suit a wide spectrum of temperature measurement requirements. Lead wire material, length, and junction type are all fully customisable, making this series an ideal choice for OEM integrators and system designers seeking a drop-in thermal sensing component.