ACCESSORIES
Bayonet Adaptors
Bayonet adaptors provide secure and adjustable mounting for bayonet-style thermocouples. They are widely used in injection moulding, extrusion, and plastic processing, where precise insertion depth and strong vibration resistance are essential.
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Key Features
Adjustable insertion depth
Stainless steel build for long durability
Available in multiple thread standards
Excellent performance under vibration
Technical Specifications
Thread Options: M6 × 1, M8 × 1, 1/8″ NPT
Material: SS304 / SS316
Lengths: 10–50 mm
Temperature Rating: Up to 600°C
Applications
Extrusion machinery
Mould temperature monitoring
Injection moulding hot runner systems
Temperature Transmitters (Head-Mount / Rail-Mount)
Temperature transmitters convert RTD or Thermocouple signals into stable 4–20mA or 0–10V outputs, enabling accurate long-distance signal transmission. Available in weatherproof and flameproof models for rugged industrial environments.
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Key Features
High accuracy up to ±0.1%
Linearized analog output
Wide configuration ranges via PC/software
Flameproof (Ex-proof) & weatherproof housings available
Technical Specifications
Input: RTD (Pt100), TC (J/K/R/S/N/B)
Output: 4–20mA / 0–10V
Supply Voltage: 12–36 VDC
Ambient Temperature: –20°C to 85°C
Isolation: 2 kV
Applications
Industrial automation
Chemical and petrochemical plants
Food & pharmaceutical systems
Heating, boilers, and process control
Thermocouple Extension Wires
Extension wires ensure accurate transmission of thermocouple signals by matching the thermal properties of the original sensor type. They minimize signal loss, electrical noise, and measurement deviation.
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Key Features
Available for all major types (J, K, T, R/S, N)
High stability & low noise
Multiple insulation materials
Available in single-pair and multi-pair formats
Insulation Options
PTFE (Teflon) – up to 200°C
Fiberglass – up to 480°C
PVC – up to 105°C
Silicone – up to 180°C
SS braided – mechanical protection
Specifications
Wire Gauge: 20–24 AWG
Construction: Solid or stranded
Color Codes: IEC / ANSI
Applications
Furnace wiring
Temperature measurement lines
Hot runner systems
RTD Cables
RTD cables provide low-resistance, stable connections for Pt100/Pt1000 temperature sensors. They ensure accurate signal transmission and long-term reliability.
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Key Features
Suitable for 2-wire, 3-wire, and 4-wire RTD systems
Low resistance drift
Shielded and SS braided options available
Types
PTFE insulated (200°C)
Fiberglass insulated (480°C)
Silicone insulated (180°C)
PVC insulated (105°C)
SS braided for robust protection
Applications
Chemical and process industries
HVAC systems
High-temperature equipment
Compensating Cables
Compensating cables are used with high-temperature thermocouples (R, S, B types). They offer cost-effective signal transmission while matching the Seebeck characteristics of noble-metal sensors.
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Key Features
Economical alternative to full TC conductors
Available in multiple insulation types
Can be used in outdoor and indoor environments
Applications
Power plants
Cement kilns
High-temperature furnaces
Thermocouple Connectors (Miniature & Standard)
Thermocouple connectors are designed for accurate, polarity-correct, and quick sensor connections. They maintain signal integrity even in harsh industrial conditions.
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Key Features
ANSI/IEC color-coded
High-temperature polymer housings
Polarized design avoids mismatched connections
Available in both mini and standard sizes
Specifications
Types: J, K, T, R/S, N
Body Material: Nylon / Glass-filled / High-temp polymer
Temperature Range:
Standard: 200°C
High temperature: 350°C
Applications
Laboratory instrumentation
Portable temperature devices
Industrial sensor extensions
Cable Glands (SS / Brass / Plastic)
Cable glands ensure tight sealing, strain relief, and environmental protection where cables enter sensor heads or enclosures.
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Key Features
Dust-proof and waterproof
High mechanical strength
Suitable for armoured & non-armoured cables
Specifications
Materials: SS304, Brass, Nylon (Plastic)
Thread Options: PG7, PG9, PG11, PG13.5, M16, M20
Protection Rating: IP65 – IP68
Applications
Junction boxes
Flameproof sensor heads
Industrial wiring systems
Ceramic Insulators / Ceramic Beads
Ceramic beads are used to insulate thermocouple wires inside high-temperature metal protection tubes, preventing electrical shorting and improving thermal accuracy.
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Key Features
High dielectric strength
Withstands temperatures up to 1200°C
Available in single, double, and multi-bore formats
Materials
Alumina (95–99%)
Steatite ceramic
Applications
Furnace thermocouples
High-temperature assemblies
Stainless Steel Protection Tubes
Protection tubes shield temperature sensors from mechanical impact, corrosion, and chemical exposure, extending service life in industrial environments.
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Materials
SS304 / SS316
SS310
Inconel 600
Applications
Chemical tanks
Industrial boilers
High-pressure steam lines
Extension Rods / Nipples / Adaptors
Used to extend mounting length or adapt sensor installations in complex assemblies.
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Features
SS construction
BSP/NPT thread options
High mechanical durability
Terminal Blocks & Ceramic Terminal Heads
Terminal heads and blocks provide secure electrical termination and housing for temperature sensors.
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Features
Available in 2, 3, 4, and 6-pole configurations
High-temperature ceramic blocks
Screw-type, stable connection system