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Oven Temperature Sensor
Key Features
Wide range -200°C to +1260°C for diverse oven applications
High accuracy ±1.5°C or 0.4% ensures precise temperature control
Fast response time <1s detects rapid changes in dynamic processes
Stainless steel sheath resists corrosion in harsh oven environments
MgO insulation for durability and electrical safety in high heat
Cost-effective alternative to RTDs for bulk industrial deployments
Standard IEC/ANSI compatibility integrates with PLCs seamlessly
Customizable lengths, diameters, fittings for OEM requirements
IP65/IP68 protection withstands steam, dust in food processing
Easy calibration with ice/boiling points minimizes downtime
Evaporator Temperature Sensor
Key Features
Negative temperature coefficient (NTC) thermistor for accurate evaporator monitoring
Typical resistance at 25°C: 5kΩ ±1% for stable signal output
Operating temperature range from -20°C to +80°C for automotive AC use
Fast response time, typically <15 seconds in liquid or air flow
High insulation resistance (>100 MΩ at DC 500 V) for reliable circuit safety
Compact design for direct installation on evaporator fins or metal core
Compatible with standard AC control modules and OEM‑equivalent wiring
Resistant to vibration, condensation, and thermal cycling in mobile HVAC
Prevents evaporator freezing and protects compressor life
Suitable for OEM, aftermarket, and bulk replacement‑part programs
Oil, Water or Transmission Fluid Temperature Sensor
Key Features
- High‑precision NTC thermistor for accurate oil temperature measurement
- Typical range from ‑40 °C to 180 °C, covering most engine demands
- Output resistance around 100–500 Ω at normal working temperatures
- OEM‑style thread size (M10/M14) for easy fit on many engines
- Direct plug‑and‑play with standard ECU or oil temperature gauge
- Robust stainless steel body for corrosion and high‑pressure oil resistance
- Sealed IP67‑style connector to prevent oil and water intrusion
- Works with gasoline and diesel engines in cars, trucks, and SUVs
- Designed to reduce P0197 / P0198 OBD2 circuit fault risk
- Compact, lightweight design for simple installation in tight engine bays
Engine Coolant Temperature Sensor
Key Features
- Engine coolant temperature sensors for popular brands like BMW, Ford, Honda, Toyota, Jeep and Mazda
- Compatible with Bosch, Delphi and Amphenol style 2-pin or 3-pin automotive connectors
- Utilizes premium NTC thermistors with ±1% resistance tolerance for pinpoint accuracy in thermal detection
- Operates reliably across a broad range from -40°C up to +150°C for extreme environment stability
- Precision-machined from H62 corrosion-resistant brass to withstand harsh engine coolants and additives
- Engineered for a fast response time of t90 < 5 seconds in flowing engine coolant
- Advanced epoxy potting ensures an IP67/IP6K9K rating, preventing moisture ingress and ECU damage
- Internal circuitry is reinforced to withstand heavy-duty engine vibrations and mechanical shocks
- Support for custom 2.5kΩ, 5kΩ, or 10kΩ resistance-to-temperature mapping based on client specifications
Copper Tube Thermocouple for Water Heater
Key Features
High-temperature resistance up to +1,200°C for demanding heating environments
Fast response thermoelectric signal for real-time temperature sensing
Compatible with gas water heaters, boilers, and furnaces
Durable stainless steel sheathing ensures long-term reliability
Accurate ±2°C temperature measurement to ensure operational safety
Available in multiple lengths and connector types for OEM projects
Corrosion and oxidation resistant materials for extended lifespan
Plug-and-play installation for quick replacement and maintenance
Factory-calibrated for consistent signal accuracy and performance
RoHS and CE compliant for global industrial applications
Furnace Thermocouple Sensor
Key Features
Measures temperatures up to 1800°C with stable output signal
Built for high-temperature resistance and long service life
Fast thermal response ensures precise furnace control
Multiple thermocouple types available for various temperature ranges
Stainless steel or ceramic sheath ensures mechanical durability
Compatible with PLCs, transmitters, and digital controllers
Custom-made designs for specific industrial OEM requirements
Excellent resistance to oxidation and chemical corrosion