Schneider Electric

Rfid tag RF Module　MD2RFIDX3

RS PRO

RS PRO Type K Thermocouple 1m Length, 1/0.2mm Diameter → +250°C　158-913

RS PRO

RS PRO 2 wire PT100 Sensor, -50°C min +500°C max, 10mm Probe Length　362-9799

RS Pro Thin Film Pt100 ; Pt1000 Platinum Resistance Temperature Detectors. From RS Pro a high-quality and reliable Pt100 and Pt1000 PRT (Platinum Resistance Thermometer) or RTD (Resistance Temperature Detector). These temperature sensors have a thin film construction for accurate and reliable temperature measurement along with a fast response time to temperature changes. This design is also resistant to both vibration and shock. The flat design of these PRTs makes them ideal for measuring temperatures on surfaces. What is a Pt100/Pt1000 RTD?. An RTD is a type of temperature sensor based on the correlation between metals and temperature. As the temperature of a metal increases so does it's resistance to the flow of electricity. This resistance can be measured and converted to a temperature reading. ‘Pt ‘ stands for platinum (platinum wire or film) and ‘100 ‘ means the temperature sensor has a resistance of 100 Ohms at 0°C and '1000' means it has a reistance of 1000 Ohms at 0°C. Platinum is the most reliable metal due to it's linear resistance to temperature relationship over a large temperature range. What is a Thin Film RTD?. A thin film platinum RTD consists of a thin layer of platinum (usually 1 micron thick) on a ceramic substrate. This is then covered with a layer of epoxy or glass for protection against high voltages and to maintain a high insulation resistance. The thin layer of platinum results in the sensor having a high resistivity and fast response times to changes in temperature. Thin film RTD elements are sometimes incorporated into protective housings or other types of assembly allowing them to be used in harsh conditions. Features and Benefits. Thin film construction High stability and accurate output Linear output over a wide operating range A fast thermal response time of 0.1s Resistant to vibration and shock Temperature measurement range from -50 to +500°C 10 mm lead wires. Applications. These thin film PRT temperature sensors are suitable for surface and immersion applications where protected. Their flat design means they offer a minimally intrusive means of measuring temperatures on flat surfaces. Applications include the following:. Automotive industry Chemical industry Micro-electronics Air conditioning and refrigeration Air, gas and liquid temperature measurement Food processing Laboratories. Frequently Asked Questions. How Does a PRT Temperature Sensor Work?. The PRT temperature sensor works by placing the sensor element (or process end) into the equipment or process that requires temperature measurement. As the temperature of the platinum resistance thermometer increases it ‘s resistance to the flow of electricity increases. For every increase per degree of temperature the electrical resistance also changes by a set ratio, this is called the temperature coefficient. For platinum, this ratio is .00385 ohm/ohm/°C which means for a Pt100 with a 100 ohm resistance the increase in resistance per degree of temperature would be 0.385 ohms. The total resistance reading can, therefore, be measured and converted into temperature. How is the Resistance Measured?. The resistance generated by the Pt100 or Pt1000 RTD is measured by passing current through one of the wires to produce a voltage. This voltage is then measured using a suitable bridge or voltmeter and the resistance calculated in ohms using Ohm ‘s Law (R=V/I). Once the resistance known you can convert it to a temperature reading using a calibration equation or a Pt100/Pt1000 table. A temperature measurement device or calibrator can also be connected to the sensor that will automatically convert the measured resistance into a temperature reading

RS PRO

RS PRO Type K Thermocouple 1m Length, 1/0.2mm Diameter, -75°C → +250°C　363-0250

RS Pro IEC Type J, K ; Type T Fine Wire Exposed Junction Thermocouple and Miniature Plug. From RS Pro a range of Type J, K and Type T fine wire temperature sensing thermocouples that conform to IEC-584-3 standards with a Class 1 tolerance for optimum performance. These Type K and Type T fine wire temperature sensors have a durable Teflon PTFE insulated class 1 twin-twisted 1/0.2 mm lead. The lead is terminated with a rewireable miniature flat pin plug for a quick and easy connection. These thermocouples have an exposed welded junction which enables them to operate with a fast response time. How does a Thermocouple Work?. A thermocouple is a sensor used to measure temperature in a range of different processes and consists of two wire legs made from different metals joined together at their two ends to form two junctions. The hot, or measuring junction is connected to the body whose temperature is going to be measured. The cold junction or reference junction is connected to a body of known temperature. When the measuring junction is placed on something hot a voltage or potential difference between this and the reference junction occurs. This voltage can then be converted into a temperature measurement using thermocouple reference tables. This process is also known as the Seebeck Effect. What is a Welded Exposed Junction?. An exposed junction is where the thermocouple wires are welded together but not surrounded by the outer sheath. The ends of the wire are directly inserted into the process. This means the thermocouple has a high sensitivity and response time. Welded exposed junctions are more prone to corrosion and are recommended for measuring flowing or static non-corrosive gas temperatures. Features and Benefits. IEC-584-3 class 1 tolerance for optimum accuracy Miniature plug for quick and easy connection Exposed welded junction for fast response Durable Teflon PTFE insulation for resistance to oils, acids and fluids and good mechanical strength and flexibility Temperature range from -75 to +250°C. Applications. These Type J, K and Type T fine wire thermocouple temperature sensors are ideal for test and development applications including test and measurement, temperature mapping and OEM applications

RS PRO

RS PRO IEC Miniature Panel Socket Connector for use with Type K Thermocouple Type K, Miniature and others

RS PRO

RS PRO IEC Miniature In-Line Socket Connector for use with Type K Thermocouple Type K, Miniature and others

RS PRO

RS PRO Type K Thermocouple 0.3mm Diameter, -50°C → +400°C and others

Murata

ultrasonic sensor　MA40S4R

Piezoelectric ultrasonic sensor. It has a response characteristic centered at a nominal frequency of 40KHz. In principle, both transmission and reception are possible, but this product is for reception only. There is the MA40S4S which has exactly the same external shape and is for transmission only. Please check carefully when ordering.

Murata

ultrasonic sensor　MA40S4S

Piezoelectric ultrasonic sensor. It has a response characteristic centered at a nominal frequency of 40KHz. In principle, both transmission and reception are possible, but this product is for transmission only. There is the MA40S4R which has exactly the same external shape and is for receiving only. Please check carefully when ordering.

KEMET

KEMET 4700μF 40V dc Aluminium Electrolytic Capacitor, Through Hole 35 x 45mm +85°C 35mm 45mm　ALP20A472CB040

ALP20 Series. PCB mounting aluminium electrolytic capacitors conforming to IEC 384-4 (long life). The can incorporates a vent and has an insulating sleeve. Terminals 2, 3, and 4 may be at negative terminal potential due to the presence of electrolyte. Intended for mechanical connections only. It is recommended that they be soldered to the printed circuit board on isolated pads

RS PRO

RS PRO Type K Thermocouple 2m Length, 1/0.3mm Diameter → +400°C　151-192

Type K Thermocouple, Welded Tip
Non-oxidising hot junction tip

RS PRO

RS PRO Type T Thermocouple 100mm Length, 1.6mm Diameter → +250°C　151-271

Type T Thermocouple, Stainless Steel 100mm Hypodermic Probe
Can be steam sterilised 1.5m of PTFE cable Temperature range -75→+250°C

RS PRO

RS PRO Type K Thermocouple 300mm Length, 3mm Diameter → +1000°C　158-604

Type K Thermocouple, St
Steel 300mm Probe, Mineral Insulated

RS PRO

RS PRO Thermocouple Compression Fitting for use with Thermocouple With 3mm Probe Diameter, 1/8 BSPT　158-610

K/N Type Probes and Compression Grounds
300 mm x 3 mm Probes K Type Probes, N Type with Stainless Steel Sheath and Nyclocyl Sheath Probes are equipped with M8 x 1.0 adapters for mounting.

RS PRO

RS PRO Type T Thermocouple 1m Length, 1/0.2mm Diameter → +200°C　158-907

Type T Thermocouple, Tip Welding
In a pack containing 5 twist pairs, the length of the PTFE insulation cable is 1 m.

RS PRO

RS PRO Type PT 100 Thermocouple 100mm Length, 3mm Diameter, -50°C → +200°C　158-985

PT100 Sensor
PTFE Insulated PT100 Element in Stainless Steel (316) Sheath (Complies with BS1904, Class B at 100 Ω, 0°C) 7// Cable consisting of 0.16 mm Strand 4 Wire Configuration Temperature Range: -50→+ 200°C 1 m 7/0. 16 mm Teflon (R) Insulated Twist Lead, 4 Core

RS PRO

RS PRO Type K Thermocouple 500mm Length, 1.5mm Diameter → +800°C　159-023

Type K Thermocouple, Stainless Steel and Inconel Industrial Inorganic Insulation 316 Flexible Stainless Steel Sheath Version 1.5→3 mm in diameter and 0.5→2 m in length. 100 mm PVC coated cable. Operating temperature range: 0→+800°C The diameter of the inner sheath version. 1.5→6 mm, length 0.5→2 m. 100 mm PVC coated cable. Operating temperature range: 0→+1100°C

RS PRO

RS PRO Type K Thermocouple 1m Length, 1.5mm Diameter → +800°C　159-039

Type K Thermocouple, Stainless Steel and Inconel Industrial Inorganic Insulation 316 Flexible Stainless Steel Sheath Version 1.5→3 mm in diameter and 0.5→2 m in length. 100 mm PVC coated cable. Operating temperature range: 0→+800°C The diameter of the inner sheath version. 1.5→6 mm, length 0.5→2 m. 100 mm PVC coated cable. Operating temperature range: 0→+1100°C

RS PRO

RS PRO Type K Thermocouple 500mm Length, 3mm Diameter → +800°C　159-045

Type K Thermocouple, Stainless Steel and Inconel Industrial Inorganic Insulation 316 Flexible Stainless Steel Sheath Version 1.5→3 mm in diameter and 0.5→2 m in length. 100 mm PVC coated cable. Operating temperature range: 0→+800°C The diameter of the inner sheath version. 1.5→6 mm, length 0.5→2 m. 100 mm PVC coated cable. Operating temperature range: 0→+1100°C

RS PRO

RS PRO Type K Thermocouple 2m Length, 3mm Diameter → +800°C　159-067

Type K Thermocouple, Stainless Steel and Inconel Industrial Inorganic Insulation 316 Flexible Stainless Steel Sheath Version 1.5→3 mm in diameter and 0.5→2 m in length. 100 mm PVC coated cable. Operating temperature range: 0→+800°C The diameter of the inner sheath version. 1.5→6 mm, length 0.5→2 m. 100 mm PVC coated cable. Operating temperature range: 0→+1100°C

RS PRO

RS PRO Type K Thermocouple 500mm Length, 1.5mm Diameter → +1100°C　159-095

Type K Thermocouple, Stainless Steel and Inconel Industrial Inorganic Insulation 316 Flexible Stainless Steel Sheath Version 1.5→3 mm in diameter and 0.5→2 m in length. 100 mm PVC coated cable. Operating temperature range: 0→+800°C The diameter of the inner sheath version. 1.5→6 mm, length 0.5→2 m. 100 mm PVC coated cable. Operating temperature range: 0→+1100°C

RS PRO

RS PRO Type K Thermocouple 500mm Length, 3mm Diameter → +1100°C　159-118

Type K Thermocouple, Stainless Steel and Inconel Industrial Inorganic Insulation 316 Flexible Stainless Steel Sheath Version 1.5→3 mm in diameter and 0.5→2 m in length. 100 mm PVC coated cable. Operating temperature range: 0→+800°C The diameter of the inner sheath version. 1.5→6 mm, length 0.5→2 m. 100 mm PVC coated cable. Operating temperature range: 0→+1100°C

RS PRO

RS PRO Type K Thermocouple 1m Length, 3mm Diameter → +1100°C　159-124

Type K Thermocouple, Stainless Steel and Inconel Industrial Inorganic Insulation 316 Flexible Stainless Steel Sheath Version 1.5→3 mm in diameter and 0.5→2 m in length. 100 mm PVC coated cable. Operating temperature range: 0→+800°C The diameter of the inner sheath version. 1.5→6 mm, length 0.5→2 m. 100 mm PVC coated cable. Operating temperature range: 0→+1100°C

RS PRO

RS PRO Type K Thermocouple 1m Length, 6mm Diameter → +1100°C　159-146

Type K Thermocouple, Stainless Steel and Inconel Industrial Inorganic Insulation 316 Flexible Stainless Steel Sheath Version 1.5→3 mm in diameter and 0.5→2 m in length. 100 mm PVC coated cable. Operating temperature range: 0→+800°C The diameter of the inner sheath version. 1.5→6 mm, length 0.5→2 m. 100 mm PVC coated cable. Operating temperature range: 0→+1100°C

RS PRO

RS PRO Type J Thermocouple 170mm Length, 6mm Diameter → +350°C　259-328

J, K Type, Adjustable Bayonet and Adapter
6 mm x 170 mm Spring Cable Probe, Adjustable Fixed Cap Grounded Temperature Measuring Contact 7/0.2 mm Cable 2 m Response Time: 2 seconds Temperature Range: 0→+350°C 1/8 BSP Male Threaded Adapter can be ordered separately

RS PRO

RS PRO Type K Thermocouple 170mm Length, 6mm Diameter → +400°C　259-334

J, K Type, Adjustable Bayonet and Adapter
6 mm x 170 mm Spring Cable Probe, Adjustable Fixed Cap Grounded Temperature Measuring Contact 7/0.2 mm Cable 2 m Response Time: 2 seconds Temperature Range: 0→+350°C 1/8 BSP Male Threaded Adapter can be ordered separately

RS PRO

RS PRO Type PT 100 Thermocouple 400mm Length, 6mm Diameter, -50°C → +450°C　285-649

All-weather terminal head, M20 cable ground.
PRT Industrial Style Head/Probe

RS PRO

RS PRO Type PT 100 Thermocouple 600mm Length, 6mm Diameter, -50°C → +450°C　285-655

All-weather terminal head, M20 cable ground.
PRT Industrial Style Head/Probe

RS PRO

RS PRO Type PT 100 Thermocouple 40mm Length, 13mm Diameter, -50°C → +150°C　285-661

Pt100 Adhesive Patch Sensor
Silicon Rubber Patch with Adhesive Foil Lining Excellent Oil and Chemical Resistance PT100 Thin Film Sensor (Class B) 4 Wire PTFE Lead Patch Dimensions: 40 x 13 mm

RS PRO

RS PRO Vibration Sensor -15°C → +55°C, Dimensions 15 x 1.5 x 0.6 mm　285-784

Vibrating Piezoelectric Element Bimorph The piezoelectric element bimorph is a versatile low-power electromechanical transducer with the function of converting mechanical or sound energy into electrical energy.
A voltage of 50 to 60 Vdc can produce a deviation of 10 to 20 μm.

RS PRO

RS PRO Non-Reversible Temperature Sensitive Label, 116°C to 138°C, 5 Levels　285-992

Clock Indicator
Designed for use in containers containing thyristors and transistors with five temperature changes for each label

RS PRO

RS PRO Non-Reversible Temperature Sensitive Label, 143°C to 166°C, 5 Levels　286-002

Clock Indicator
Designed for use in containers containing thyristors and transistors with five temperature changes for each label

RS PRO

RS PRO Non-Reversible Temperature Sensitive Label, 171°C to 193°C, 5 Levels　286-018

Clock Indicator
Designed for use in containers containing thyristors and transistors with five temperature changes for each label

RS PRO

RS PRO Non-Reversible Temperature Sensitive Label, 116°C to 132°C, 4 Levels　286-125

4 Level Microstrip
Ideal for all kinds of temperature detection applications in microelectronics

RS PRO

RS PRO Thermocouple Compression Fitting for use with Thermocouple With 1.5mm Probe Diameter, 1/8 BSPT　286-715

Probe Ground
Corrosion resistant BSP screw type male thermocouple compression ground. Available in a wide range of temperature sensor probe sizes.

RS PRO

RS PRO Thermocouple Compression Fitting for use with Thermocouple With 4.5mm Probe Diameter, 1/8 BSPT　286-737

Probe Ground
Corrosion resistant BSP screw type male thermocouple compression ground. Available in a wide range of temperature sensor probe sizes.

RS PRO

RS PRO Thermocouple Compression Fitting for use with Thermocouple With 6mm Probe Diameter, 1/2 BSPT　286-793

Probe Ground
Corrosion resistant BSP screw type male thermocouple compression ground. Available in a wide range of temperature sensor probe sizes.

RS PRO

RS PRO Magnetic Pickup　304-166

The heavy-duty type comes with an MS3101A 10SL 2P connector.
Analog Magnetic Pickup

Schneider Electric

Switch Module Contact Block 230 V Cage Clamp Terminal　ZBVM15

CE, UL, CSA, CCC
Spring Clamp 230~240 Vac LED Module

Schneider Electric

Contact Block 1NO Cage Clamp Terminal　ZBE1015

CE, UL, CSA, CCC
Contact blocks cannot be stacked.