6
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CAD $ 101.00
Subtotal: CAD $ 101.00
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6
Total
CAD $ 101.00
Subtotal: CAD $ 101.00
Your order qualifies for free shipping!
Free Shipping on All Orders Over $750
SF: Tough, heavy insulation for use where abrasion resistance on braided insulation is required. Conductors are insulated with a braided composite synthetic yarn* & impregnated with a color-coded moisture resistant saturant. The insulated conductors are laid parallel & insulated with a heavy yarn composite synthetic fiber jacket which is then coated with the same saturant.
Key Features
- Rated for continuous use at 550° F (290º C).
- Impregnated with high-temperature resin for better handling and reduce fraying.
- Available in standard limits and special Limits of error.
- Available in Type JX, KX, RX & SX
CFCF: Highest temperature flexible insulation available. The braided yarn is a composition of the oxides of alumina, boric and silicone. Each conductor as well as the overall jacket are braided with this high temperature yarn to provide maximum flexibility at extremely high temperatures.
Key Features
- Rated for continuous use at 2200° F (1205º C).
- Rate for Intermittent use at 2600° F (1430º C).
- Impregnated with high-temperature resin for better handling and reduce fraying.
- Available in standard limits and special Limits of error.
- Available in Type J,JX K, KX, RX & SX
HFG: A high-temperature, high tensile strength fiberglass, either color-coded or with tracer yarn, is braided on both the single conductors and the overall jacket. Both are impregnated with a 500ºF modified resin saturant .
Key Features
- Rated for continuous use at 1300° F (704º C).
- Rate for Intermittent use at 1650° F (870º C).
- Impregnated with high-temperature resin for better handling and reduce fraying.
- Available in standard limits and special Limits of error.
- Available in Type J, K, JX, KX, RX & SX
FG: FG-Glass Fiberglass. Individual conductors are insulated with general purpose fiberglass and with an overall fiberglass jacket. It is Most popular and widely applied of all glass insulations. A color-coded fiberglass braid saturated with a high-performance resin is used for insulation of the single conductors and jacket. Designed for continuous use in temperatures arating up to 950 Degrees F (510 Degrees C).
Key Features
- Rated for continuous use at 950° F (510º C).
- Rate for Intermittent use at 1200° F (650º C).
- Impregnated with high-temperature resin for better handling and reduce fraying.
- Available in standard limits and special Limits of error.
- Available in Type J, K, RX & SX
KP: Polyimide is fused over each single conductor. The single insulated conductors are laid parallel and insulated with a fused polyimide jacket. Polyimide insulation is also highly effective in radiation environments, providing exceptional resistance to radiation-induced degradation. This insulation material maintains its integrity and performance even when exposed to high levels of radiation
Key Features
- Rated for continuous use at 500° F (260º C).
- Available in standard limits and special Limits of error.
- Operating Temperature –400° F (-240º C )to 500° F (260º C).
- Available in Type J, K, JX, KX, RX & SX
PFA: Color-coded PFA Teflon® is extruded over each single conductor. The single insulated conductors are laid parallel and insulated with an extruded jacket of PFA Teflon®
Key Features
- Rated for continuous use at 500° F (260º C).
- Available in standard limits and special Limits of error.
- Operating Temperature –328° F (-200º C )to 500° F (260º C).
- Available in Type J, K, JX, KX, RX & SX
- Singles: FEP Teflon®‡ 8 mil nominal
- Jacket: FEP Teflon®‡ 10 mil nominal
FEP: Color-coded FEP Teflon® is extruded over each single conductor. The single insulated conductors are laid parallel and insulated with an extruded jacket of FEP Teflon®
Key Features
- Rated for continuous use at 400° F (205º C).
- Rate for Intermittent use at 500° F (260º C).
- Available in standard limits and special Limits of error.
- Operating Temperature –328° F (-200º C )to 400° F (205º C).
- Available in Type J, K, JX, KX, RX & SX
- Singles: FEP Teflon®‡ 8 mil nominal
- Jacket: FEP Teflon®‡ 10 mil nominal
PVC: PVC insulation offers excellent resistance to chemicals and abrasion. PVC single pair thermocouple wire comes with a flame-retardant, polyvinyl chloride insulation extruded over single insulated conductors. These conductors are arranged parallel and then covered with an overall PVC jacket.
Key Features
- Rated for continuous use at 220° F (105º C).
- Available in standard limits and special Limits of error.
- Available in Type JX , KX, RX & SX, BX
- Compliant to ASTM E230, IEC 584 and ANSI MC 96.1
- Flame retardant
- UL & PLTC USA
Temperature transmitter TxIsoRail-HRT combines the proven quality of HART® certification with the robustness of NOVUS devices. The transmitter is compatible with HART® certified devices and it has electrical isolation between input and output, supporting voltage surges up to 1.5 kVrms. Its great differential is the total configuration through the two 4-20 mA current loop wires, which means more features for device configuration and monitoring.
The NOVUS N1020 Temperature Controller is a modern and efficient solution for managing industrial processes. Compact, with a DIN 1/32 format (48 x 24 mm), it is ideal for applications in limited spaces, delivering high precision and reliability. Its self-adaptive PID technology and advanced features make it the perfect choice for those seeking a robust and practical temperature controller.
The LogBox Bluetooth is a multichannel IoT data logger designed for efficient and secure remote monitoring. Utilizing NB-IoT and Cat-M1 networks, it provides real-time data collection and transmission, ensuring high reliability and autonomy even in remote or hard-to-reach locations. This device is ideal for industrial processes requiring precision and operational continuity, establishing itself as an essential solution for monitoring critical variables.
The FieldLogger is an industrial data logger designed for the precise and continuous monitoring of temperature, humidity, and other analog and digital variables in various industrial environments. With advanced technology, high reading rates, and extensive connectivity, it offers a robust and efficient solution for managing critical variables in sectors such as cold chains, laboratories, HVAC installations, manufacturing, and renewable energy.
The Fuji Electric PXR3 temperature controller provides a variety of input and output options along with advanced control features, making it ideal for a broad spectrum of applications. You can select from inputs such as RTD, thermocouples, voltage, current, and mV, and switching between these inputs is as simple as adjusting a setting.
The Fuji Electric PXF9 temperature controller provides a variety of input and output options along with advanced control features, making it ideal for a broad spectrum of applications. You can select from inputs such as RTD, thermocouples, voltage, current, and mV, and switching between these inputs is as simple as adjusting a setting.
The Fuji Electric PXF5 temperature controller provides a variety of input and output options along with advanced control features, making it ideal for a broad spectrum of applications. You can select from inputs such as RTD, thermocouples, voltage, current, and mV, and switching between these inputs is as simple as adjusting a setting.
The Fuji Electric PXF4 temperature controller provides a variety of input and output options along with advanced control features, making it ideal for a broad spectrum of applications. You can select from inputs such as RTD, thermocouples, voltage, current, and mV, and switching between these inputs is as simple as adjusting a setting.
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TempoTech’s Thermocouple connection heads are enclosures designed to house the thermocouple junction and provide a safe, protected environment for the connections to the temperature measurement system. These heads are typically used in industrial or scientific settings where temperature measurement needs to be done reliably and securely.
Key features:-
- Protection: They protect the thermocouple from physical damage, environmental factors like moisture, dust, or chemicals, and prevent corrosion.
- Wiring: They provide a space for wiring the thermocouple to the measuring equipment, often including terminals for easy connection and disconnection.
- Ease of Maintenance: They allow for easier replacement or servicing of the thermocouple sensor without needing to disturb the rest of the setup.
- Environmental Sealing: Many connection heads are sealed to prevent moisture or contaminants from affecting the thermocouple or wiring.
