DIN Iec 751

Description: Fusible Disconnect Switches from 100…1250 A The new range of Bulletin 194R fusible disconnect switches expands up to 1250 A for IEC, and 800 A for UL applications. The new range combines premier performance, a compact footprint, and improved functionality. The new 194R fusible disconnect

• Rating Standard: IEC Rated
• Device: AC Motor Starter
• Rating Standard: IEC Rated

Description: The FPA-Series are precision-made resistance temperature detectors available in a variety of configurations. FPA-Series RTDs are 4-wire 100-Ohm Platinum sensors and, as standard, conform to Class B of DIN/IEC 751. Higher accuracies are available. Standard sensor cable length is 5 feet. An ALMEMO

• Element Material: Platinum
• Reference Resistance: 100 Ohms (Most Common)
• # of Lead Wires Per Element: 4
• Element Configuration: Single Element

Description: The measuring principle in the Pt100 temperature sensor is based on the relationship between resistance and tem pe ra tu re in platinum. The platinum sensor is manufactured in accordance with DIN/EN/IEC 751, e.g. 0°C corresponds to 100 Ohm and 100°C to 138.5 Ohm. The sensors are factory

• Sensor Technology: Wire Wound
• Wire Wound Types: Platinum
• Sensor Type: RTD Element

Description: , provides close interchangeability and very little drift with age. Below are standard temperature coefficient curves that are commonly used: European (Din) or (IEC 751) Alpha = .00385 Ohms/Ohm/Degree C U.S. Industrial Standard Alpha = .00391 Ohms/Ohm/Degree C Japanese (JIS) Alpha = .003916 Ohms/Ohm

• Temperature Sensor Accepted: RTD (Resistance Temperature Detector)
• Head Type (Attachment): Screw Cap & Chain
• Terminal Block: Single Element
• Material: Stainless Steel, Other

Description: , provides close interchangeability and very little drift with age. Below are standard temperature coefficient curves that are commonly used: European (Din) or (IEC 751) Alpha = .00385 Ohms/Ohm/Degree C U.S. Industrial Standard Alpha = .00391 Ohms/Ohm/Degree C Japanese (JIS) Alpha = .003916 Ohms/Ohm

• Base Metal Type: E, J, K, N, T
• Sensor Type: Thermocouple Element
• Thermocouple Type: E (-270°C - 1000°C), J (-210°C - 1200°C), K (-270°C - 1372°C), N (-270°C - 1300°C), T (-270°C - 400°C)
• Style: Full Length 2-hole Insulator

Description: , provides close interchangeability and very little drift with age. Below are standard temperature coefficient curves that are commonly used: European (Din) or (IEC 751) Alpha = .00385 Ohms/Ohm/Degree C U.S. Industrial Standard Alpha = .00391 Ohms/Ohm/Degree C Japanese (JIS) Alpha = .003916 Ohms/Ohm

• Material of Construction: Stainless Steel, Other
• Connection Means: Threaded
• Thread Options: 1/2" NPT, 3/4" NPT, 1" NPT
• Barrel or Shank Style: Straight Shank

Description: , provides close interchangeability and very little drift with age. Below are standard temperature coefficient curves that are commonly used: European (Din) or (IEC 751) Alpha = .00385 Ohms/ Ohm/ Degree C. U.S. Industrial Standard Alpha = .00391 Ohms/ Ohm/ Degree C. Japanese (JIS) Alpha = .003916 Ohms

• Sensor Types: Standard / Class B, Precision / Class A
• Sensor Technology: Wire Wound
• Wire Wound Types: Platinum
• Sensor Type: RTD Element

Description: , provides close interchangeability and very little drift with age. Below are standard temperature coefficient curves that are commonly used: European (Din) or (IEC 751) Alpha = .00385 Ohms/ Ohm/Degree C U.S. Industrial Standard Alpha = .00391 Ohms/ Ohm/Degree C Japanese (JIS) Alpha = .003916 Ohms

• Sensor Type: Temperature Probe
• Basic Element Used: RTD
• Element Configuration: Single Element, Double Element
• Probe Configuration: Straight Probe

Description: time, although 4" and 6" lengths are normally available from stock. The assembly is rated for measuring temperatures up to 200°C and uses a thin film RTD sensor to DIN 43 760 or IEC 751. This same construction is available in thermocouple versions if required.

• Sensor Type: Temperature Probe
• Basic Element Used: RTD

Description: time, although 4" and 6" lengths are normally available from stock. The assembly is rated for measuring temperatures up to 200°C and uses a thin film RTD sensor to DIN 43 760 or IEC 751. This same construction is available in thermocouple versions if required.

• Sensor Type: Temperature Probe
• Basic Element Used: RTD

Description: . Platinum RTD's Our standard smokehouse RTD's use one or two 100 ohm platinum thin film elements to DIN 43 760 (IEC 751) with a tolerance of ± 0.3°C. We also supply RTDS's with a tolerance of ± 0.1°C in values of 100 and 1000 ohms. Platinum RTD's are the most stable

• Sensor Type: Temperature Probe

Description: EN60751 standard (formerly IEC 751). While more expensive, RTDs offer more accurate linear readings than thermocouples. However they have longer response times, are not “tip sensitive”, and are more subject to damage from vibration. Tube and Wire Construction This type of sensor offers

• Sensor Type: RTD Element