Connectors - Import export

High-performance connectors, signal connectors and several thousands of connector components – the range of industrial connectors in stock allows igus to provide a high level of availability with short delivery times. - Fast delivery - High level of availability - 100% tested and with warranty - Useful tools such as for crimping - Can also be harnessed with cables - Quantities from 1 to high volume production

The capacitive level sensor NR 160 is designed to monitor liquids and powders with high relative dielectric constant εr 35 … 85. The functions for MIN or MAX monitoring as well as other properties (output signal LSS or HSS, response delay etc.) are factory pre-set. The switch point is adjustable by means of a teach-in momentary switch.

We offer a wide range of high quality spring contacts or battery charging contacts. In our online catalog you will find over 300 standard spring contacts and connectors, which you can request directly from us with just a few clicks. https://katalog.nh-technology.de/ Completely custom designs or changes to specific specifications can also be made by us, including current rating, spring force, and plating. Our experienced team of engineers will help them design custom solutions that are perfectly tailored to your requirements. In doing so, we offer a variety of options, including different materials, surface coatings and connector configurations.

Use: Connector for thermocouple and RTD circuits. The solid connector pins guarantee reliable connection under even the most difficult conditions. Jab-in cover allow easy connection without need cover removal. Mechanical design: • Housing of fibreglass-filled plastic. • Contacts of original thermocouple materials. • Reverse polarity protection by different pin thicknesses. • Central cover attachment for fast installation. • Moulded barriers prevent short-circuits. • Screw terminals enable quick connection.

Use: Plug connector for thermocouple and RTD circuits. The solid connector pins guarantee reliable connection under even the most difficult conditions. Mechanical design: • Housing of fibreglass-filled plastic. • Contacts of original thermocouple materials. • Solid connector pins and spring-loaded socket. • Reverse polarity protection by different pin thicknesses. • Central cover attachment for fast installation. • Moulded barriers prevent short-circuits. • Screw terminals enable quick connection.

Use: Connectors for thermocouples and resistance thermometer measurement circuits. Suitable for measurement with small wires and mineral-insulated metal sheathed cables. Mechanical design: • Ceramic housing with contacts of original thermocouple materials and 
spring-loaded sockets for reliable contact . • Reverse polarity protection by different contact pin widths. • Oversize screw head for easy wiring. • One-piece housing withstands great stresses. • Housing of high purity alumina oxide.

Use: Connectors for thermocouples and resistance thermometers measurement circuits. Suitable for measurement with small wires and mineral-insulated metal sheathed cables. Mechanical design: • Housing of high quality fibreglass-filled thermoplastic plastic • Contacts of original thermocouple material pins and spring-loaded inserts for reliable contact • Easy wire connection through sandwich construction • Reverse polarity protection by different contact pin widths • One-piece housing withstands great stresses • Moulded barriers prevent short circuit • Stainless steel screws with combination head (Slotted and Phillips) terminals enable quick connection

The NR 260 is a capacitive level sensor for monitoring liquids. It is designed for use in fuel cells. The material is also suited to applications in the chemical industry for monitoring aggressive media. The functions for MIN or MAX monitoring as well as other properties (output signal LSS or HSS, response delay etc.) are factory pre-set. The Main Features of the NR 260 are high medium resistance of materials enamel, Hastelloy C4 2.4610 and stainless steel 1.4571 high protection class IP67 with connector short-circuit proof switching output 1 A, high side or low side switch MAX sensor or MIN sensor switch point factory pre-set for the following media: de-ionised water (conductivity < 4,2 μS/cm): 28 mm ± 2 mm tap water (conductivity ≈ 300 μS/cm): 22 mm ± 2 mm other media upon request; switch point adjustment via programmable interface on request

The TLS 100 tube sensor works on the capacitive measuring principle and detects the presence of a liquid in a plastic tube. These plastic tubes may also be mounted as a by-pass on a compensator in order to signal the required medium level in containers. The sensor is simply snapped onto the tube at the ideal level of the medium and provides versatile usage for a wide range of applications in medical equipment, the food stuffs industry etc. The sensor can additionally be fixed by means of the two mounting lugs to ensure a tight fit on the tube. Caution The switch point is factory pre-set so as to lie exactly between the two mounting clips. When readjusting the switch point, please observe that it again lies between the two clips. A mass surface in the proximity (< 10 mm) may influence the switch point and may necessitate a readjustment.

The capacitive level sensor BEDIA NR 150 is suitable for liquids with low relative dielectric constant εr 1,8 … 6 (ref. εr 2,1). It has a MIN/MAX selector switch and the functions for MIN or MAX monitoring as well as other properties (output signal LSS or HSS, response delay etc.) are factory pre-set. The switch point is adjustable by means of a teach-in momentary switch.

The semi-finished products manufactured by Embro GmbH are optionally available with an electrical connection. In addition to the many possibilities of placing different elements on carrier materials with special embroidery processes, Embro offers splicing or soldering techniques for perfect and cost-effective connections. The parts are crimped or soldered together as standard. The introduction of thermal switches, NTC or other cable solutions is also no problem. Special connector solutions can also be implemented. This means that the textile semi-finished products are plug & play ready upon delivery. #service #contacting #b2b

10 meter mains connection cable for the AC connection of the module inverter. With this 10 meter connection cable, the inverter can be connected to the house network. Just electricity. At one end of the cable with fitted Betteri mains connection socket - at the other end of the cable with Schuko plug. Simply DIY. Just plug in.

Connection cable with MC4-compatible plug and wire sleeve ready-made Plus and minus set – for wiring parallel circuits Simply plug into the connection cable of the junction box on the module, or into the distributor plug of your photovoltaic system, to the solar charge controller

RST20i3 connector, straight, 3 positions, plug, connection type screw connection, rated voltage 250 V, rated current 20 A, cable diameter 6 – 10 mm, coding color / contact insert black

— Whitworth pipe thread DIN ISO 228 — chambered O-ring — Seals FPM — Material AISI 316L (1.4404) — Temperature range: -4 to 248 °F (-20 to +120 °C) — Working pressure range: -14 to 232 psi (-0.95 to 16 bar) — Not designed for steady motion of the tube

- Metric thread - Chambered O-ring - Seals FPM - Material stainless steel 1.4301/1.4307 - Temperature range -20 to +120 °C - Working pressure range -0.95 to 16 bar - Swiveling, but not designed for steady motion of the tube

- Whitworth pipe thread - Chambered O-ring - Seals FPM - Material stainless steel AISI 304/ 304L (1.4301/1.4307) - Temperature range -4 to 248 °F (-20 to +120 °C) - Working pressure range -14 to 232 psi (-0.95 to 16 bar) - swiveling, but not designed for steady motion of the tube

- Metric thread- With hexagon socket - Chambered O-ring - Seals FKM - Material 1.4301 / 1.4307 - Temperature range: -20 to +120 °C - Pressure range: -0,95 to 16 bar - Media: Air, vacuum and liquids

- Thread metric - Chambered O-ring - Seals FPM - Material stainless steel AISI 304/ 304L (1.4301/1.4307) - Temperature range -4 to 248 °F (-20 to +120 °C) - Working pressure range -14 to 232 psi (-0.95 to 16 bar)

— Whitworth pipe thread DIN ISO 228- Chambered O-ring — Seals FPM — Material with media contact: Brass, dezincification resistant — Material without media contact: Brass — Temperature range: -4 to 248 °F (-20 to +120 °C) — Working pressure range: -14 to 218 psi (-0.95 to 15 bar) — Not designed for steady motion of the tube

- Whitworth pipe thread DIN ISO 228 - Chambered O-ring - Seals FKM - Material with media contact: Brass, dezincification resistant - Material without media contact: Brass - Temperature range: -4 to 248 °F (-20 to +120 °C) - Working pressure range: -14 to 232 psi (-0.95 to 16 bar) - cooling water, air, vacuum - Stiff angular shape, can be locked with jam nut

- Operating voltage: 630 V AC/DC- Up to 12 A per pin - Operating current per contact max. 12 A - 4-pole - S-coded - Temperatur (fixed line): -25 bis +80°C - Temperatur (moving line): -20 bis +80°C - Material: PUR - Very compact connection for cables with wires up to 2.5 mm² - Reverse polarity protected, shockproof and vibration-proof - Made of high-quality plastic - Molded wires

— Whitworth pipe thread DIN ISO 228 — Chambered O-ring — Seals FPM — Material with media contact: Brass, dezincification resistant — Material without media contact: Brass — Temperature range: -4 to 248 °F (-20 to +120 °C) — Working pressure range: -14 to 218 psi (-0.95 to 15 bar) — Not designed for steady motion of the tube

- Whitworth pipe thread - Chambered O-ring - Seals FPM - Material stainless steel 1.4301/1.4307 - Temperature range -20 to +120 °C - Working pressure range -0.95 to 16 bar - Not designed for steady motion of the tube

- Short design (throttle)- Adjusting screw with knurl - Fine adjustment with a noticeable click - Whitworth pipe thread - Seal in connection FPM - Material: brass nickel-plated - Type: Cone-type throttle - Allowable medium: Air, Oil - Temperature range -4 to 176 °F (-20 to +80 °C) - Working pressure range -14 to 232 psi (-0,95 to 16 bar)

The firm flexible tube or plastic pipe is pushed onto the integrated connecting sleeve of the 1C connector. The sealing ring forms a tightness for the connection, while it is secured in place by a cutting ring. Due to the knurled nut, this also affects the flexible tube. The cutting ring wedges into the flexible tube or pipe as far as the knurled nut is screwed onto the connector body. A shear force is applied here that intensifies the contact pressure. This creates a friction-locked and tight connection that can be released at any time and minimises the dead volume.