Terminal blocks - Import export

Use: The arrangement as series terminals allows a large number of connections with a low space requirement. Mechanical design: • Housing of Duroplast. • The design reliably prevents short-circuits. • The terminal width of 5 mm allows the maximum number of connections with the lowest possible space requirement. • Screw connections for easy and quick installation. • Installation parts set available as an accessory, including all additional parts required for rail installation. • Contact bridges of original thermocouple materials.

Use: Terminal rails enable the easy connection of thermocouples or resistance thermometer measurement circuits in junction boxes or on the rear side of devices. Mechanical design: • Core material of fibreglass-filled nylon • Insulators between the contacts prevent short-circuits. • Screw connections for easy installation. • Available in a wide range of thermo-pairings. • Dimensions suitable for the use of cable-shoes A-20.131-(…) and A-20.132-(…).

Terminal board, terminal block, terminal rail: no matter what you call it, we deliver what you need for an interface to your current-transmission solution. Terminal boards serve to connect cables and conductors in electric motors and electrical systems. Housed in separate terminal enclosures, they form the interface for the cabling to the outside world. Depending on the field of application, terminal boards from MACK are produced from different moulding compounds. Round or oblong hole, different measurements, fixing-hole spacings and pin sizes – you will undoubtedly find the right terminal board and terminal accessories amongst our assortment.

SPIROL specializes in the manufacture of precision machined AAR Nuts for the railroad industry. SPIROL's Railroad Nuts are held 100% square to the tap. SPIROL's thread pitch diameter allowances are engineered for ease of assembly after plating, yet manufactured to strict standards with specific gages. Each production lot has a unique identification number and is traceable through each manufacturing process back to the original raw material test certificate. SPIROL's Railroad Nuts, otherwise referred to as AAR Clamp Nuts, Binding Nuts, and Gold Test Nuts or AAR Signal Nuts are used in signal lights, crossing bells and terminal blocks.

Thermalert 4.0 infrared temperature sensors provide accurate temperature measurement from -40 °C to 2250 °C (-40 °F to 4082 °F) for a wide variety of process control applications. • Durable stainless steel IP65 / NEMA4 enclosures designed to withstand ambient temperatures from -20 °C to 85 °C (-4 °F to 185 °F) • Integrated laser sighting • Galvanically insulated outputs • Plastic lens option for food applications • Analog input for ambient compensation and adjusting emissivity setting • Multiple interfaces – 2-wire loop powered for analog and digital communication – 12 wires M16 and 6-pins terminal block for digital communication (RS485) • USB for easy setup • Simple, two-wire or digital installation • Advanced signal processing • Wide choice of focus distances • 2-year guarantee The program includes various models and accessories. The DataTemp® Multidrop software enables easy configuration and process monitoring on a real-time graphical display.

Any device is only as reliable as the sum of its components. With more than fifteen years of experience in manufacturing tuned and detuned filter reactors for power factor correction, we are now offering our range of line reactors for application in power electronics. Same as with our capacitors, we focus on minimized power losses and maximum durability of the reactor – optimized for your application. Made of high-class transformer sheets and copper wire or aluminium band. Vacuum-impregnated with environmentally friendly, low-styrole resin for long operating life, high voltage strength and low noise levels. Standard terminals: copper terminal lugs, optional with screw-terminal blocks or cables. Integrated reversible thermal switch for monitoring of the reactor and control of external disconnection in case of overheating. Our standard range covers 400V 50Hz up to 300A per phase. Other values are available on request.

Terminal block marking with strong hooks for safe snap mounting. Material PVC Colors White or orange Print Etching Ink or Ink Text Alphanumerical and special characters. Temperature range Shape permanence between –30°C and +60°C (–22°F to +140°F) (PVC). Resistance Flammability resistance according to L94-V0. Resistance to chemicals meets Partex Product Test Programme. Resistance to temperature and ageing meets norms of Partex Product Test Programme. Attachment Snap-on

Profile for wire, cable, circuit card and component marking. Material Semi hard PVC that complies with RoHS and Reach. Colors White and Yellow Temperature range Work temperature: From –20°C to +60°C (–4°F to +140°F). Stocking temperature: +10°C (+32 °F) to +27°C (+81°F). Resistance Flammability resistance according to UL94-V0. The substrate has excellent resistance against UV, ageing and chemicals. Performance with print depends on printing method. Attachment PT+, PTC, PTM, PM sleeves and terminal blocks.

Plotter with plates for PARTEX neutral wire, cable, component and terminal markers. Print Printing method: Plotter pens with etching ink Drawing speed: Max 40mm/s (1.57 tum/s) Temperature range Working temperature: +10ºC to +35ºC ( 50ºF to 95ºF) Storage temperature: -10ºC to +50ºC ( 14ºF to 122ºF) Recommended profile temperature: +20°C ( 68ºF) Resistance The products intended for MK500 is tested according to Partex Product Test Programme by the Swedish Test and Research Institute. Mark Type Groups MK500 print on : Wire markers PA+02 PA+1 PA+2 Open wire markers PC-10 PC-20 PC-30 PC-40 Cable markers PK2 POH Component markers PN PS Terminal block marking TX-61 TX-96