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KH01
Thermocouple, K, -100 °C, +250 °C, Stainless Steel
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- Manufacturer: TME
- Product type: Thermocouples
- Thermocouple Type:K; Sensing Temperature Min:-100°C; Sensing Temperature Max:+250°C; Sensor Body Material:Stainless Steel; Lead Length:2m; Material Composition:Stainless Steel; No. of Max Strand
- SVHC: No SVHC (17-Jan-2023)
- Product Range: -
- Thermocouple Type: K
- Sensor Body Material: Stainless Steel
- Sensing Temperature Max: +250°C
- Sensing Temperature Min: -100°C
- Measured Temperature Max: +250°C
- Measured Temperature Min: -100°C
| Delivery and price | |
|---|---|
| Units per pack | 5 |
| Price | 16.49 € |
| Current stock | 10+ |
| Lead time | 30 days |
Datasheet
## **DATA SHEET** ## **KP05 TYPE ‘K’ NEEDLE PROBE** ## **Needle Probes - 3.3 mm Type ‘K’** ## Description This probe uses the bulbous handle to enable the sensor tip to be pushed into a semi-solid product with maximum ease of use. ## Construction Needle Probe 3.3mm Diameter by 100mm Long : Stainless Steel 316 (Food Grade) 2M curly polyurethane cable with moulded connector. Complete waterproof assembly. ## **Sensor Features** ## � **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. ## � **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘K’ Thermocouple : Class I (±1.5°C ±0.5%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. ## � **WIDE AMBIENT TEMPERATURE SPECIFICATION** - **TIME RESPONSE** _**(96%of value in water)**_ - **MEASUREMENT RANGE** **: -30 TO 50 °C : 1.6 Secs : -100 TO 250 °C** ## **Cross-reference for compatible instruments** Suitable instruments for use with this probe |**TME PART No**|**DESCRIPTION**|**APPLICATION**| |---|---|---| |||| |MM2000|SINGLE INPUT INSTRUMENT|HIGH ACCURACY TEMPERATURE MEASUREMENT| |MM2010|MAX/MIN HOLD INSTRUMENT|HIGH ACCURACY INSTRUMENT WITH MAX,MIN AND HOLD FEATURES| |MM2020|DIFFERENTIAL INSTRUMENT|DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS| |MM2030|THERMOCOUPLE SIMULATOR|HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| ## **DATA SHEET** ## **TP05 TYPE ‘T’ NEEDLE PROBE** ## **Needle Probes - 3.3 mm Type ‘T’** ## Description This probe uses the bulbous handle to enable the sensor tip to be pushed into a semi-solid product with maximum ease of use. ## Construction Needle Probe 3.3mm Diameter by 100mm Long : Stainless Steel 316 (Food Grade) 2M curly polyurethane cable with moulded connector. Complete waterproof assembly. ## **Sensor Features** ## � **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. ## � **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘T’ Thermocouple : ½ Class I (±0.25°C ±0.25%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. ## � **WIDE AMBIENT TEMPERATURE SPECIFICATION** - **TIME RESPONSE** _**(96%of value in water)**_ - **MEASUREMENT RANGE** **: -30 TO 50 °C : 1.6 Secs** **: -100 TO 250 °C** ## **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART No**<br>MM2000<br>MM2010<br>MM2020<br>MM2030|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT<br>MAX/MIN HOLD INSTRUMENT<br>DIFFERENTIAL INSTRUMENT<br>THERMOCOUPLE SIMULATOR|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT<br>HIGH ACCURACY INSTRUMENT WITH MAX,MIN AND HOLD FEATURES<br>DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS<br>HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| |---|---|---|---| 2 ## **DATA SHEET** ## **KP07 HEAVY DUTY TYPE ‘K’ NEEDLE PROBE** ## **Needle Probes - 6.0 mm Type ‘K’** ## Description This probe uses the bulbous handle to enable the sensor tip to be pushed into a semi-solid product with maximum ease of use. ## Construction Needle Probe 6.0mm Diameter by 100mm Long : Stainless Steel 316 (Food Grade) 2M curly polyurethane cable with moulded connector. Complete waterproof assembly. ## **Sensor Features** ## � **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. ## � **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘K’ Thermocouple : Class I (±1.5°C ±0.5%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. ## � **WIDE AMBIENT TEMPERATURE SPECIFICATION** ## � **TIME RESPONSE** _**(96%of value in water)**_ - **MEASUREMENT RANGE** **: -30 TO 50 °C : 3.6 Secs : -100 TO 250 °C** **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART No**<br>MM2000<br>MM2010<br>MM2020<br>MM2030|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT<br>MAX / MIN HOLD INSTRUMENT<br>DIFFERENTIAL INSTRUMENT<br>THERMOCOUPLE SIMULATOR|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT<br>HIGH ACCURACY INSTRUMENT WITH MAX, MIN AND HOLD FEATURES<br>DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS<br>HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| |---|---|---|---| 3 ## **DATA SHEET** ## **TP07 HEAVY DUTY TYPE ‘T’ NEEDLE PROBE** ## **Needle Probes - 6.0 mm Type ‘T’** ## Description This probe uses the bulbous handle to enable the sensor tip to be pushed into a semi-solid product with maximum ease of use. ## Construction Needle Probe 6.0mm Diameter by 100mm Long : Stainless Steel 316 (Food Grade) 2M curly polyurethane cable with moulded connector. Complete waterproof assembly. ## **Sensor Features** ## � **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. - **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘T’ Thermocouple : ½ Class I (±0.25°C ±0.25%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. � **WIDE AMBIENT TEMPERATURE SPECIFICATION : -30 TO 50 °C** � **TIME RESPONSE** _**(96%of value in water)**_ **: 3.6 Secs** � **MEASUREMENT RANGE : -100 TO 250 °C** ## **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART**<br>**No**<br>MM2000<br>MM2010<br>MM2020<br>MM2030|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT<br>MAX/MIN HOLD INSTRUMENT<br>DIFFERENTIAL INSTRUMENT<br>THERMOCOUPLE SIMULATOR|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT<br>HIGH ACCURACY INSTRUMENT WITH MAX,MIN AND HOLD FEATURES<br>DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS<br>HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| |---|---|---|---| 4 ## **DATA SHEET** ## **KM01 LIGHT DUTY TYPE ‘K’ GENERAL PURPOSE PROBE** ## **GENERAL PURPOSE PROBE - 1.5 mm Type ‘K’** ## Description This probe uses the straight handle for fine control. The probe is truly general purpose and may be used for gas, liquid or applications with difficult access. ## Construction Minerally Insulated Probe 1.5mm Diameter by 100mm Long : Stainless Steel 316 (Food Grade) 2M curly polyurethane cable with moulded connector. Complete waterproof assembly. ## **Sensor Features** ## � **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. ## � **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘K’ Thermocouple : Class I (±01.5°C ±0.25%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. ## � **WIDE AMBIENT TEMPERATURE SPECIFICATION** � **TIME RESPONSE** _**(96%of value in water)**_ � **MEASUREMENT RANGE** **: -30 TO 50 °C : 1.0 Secs** **: -200 TO 1100 °C** ## **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART No**<br>MM2000<br>MM2010|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT<br>MAX/MIN HOLD INSTRUMENT|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT<br>HIGH ACCURACY INSTRUMENT WITH MAX,MIN AND HOLD FEATURES| |---|---|---|---| ||MM2020|DIFFERENTIAL INSTRUMENT|DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS| ||MM2030|THERMOCOUPLE SIMULATOR|HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| 5 ## **DATA SHEET** ## **TM01 LIGHT DUTY TYPE ‘T’ GENERAL PURPOSE PROBE** ## **GENERAL PURPOSE PROBE - 1.5 mm Type ‘T’** ## Description This probe uses the straight handle for fine control. The probe is truly general purpose and may be used for gas, liquid or applications with difficult access. ## Construction Minerally Insulated Probe 1.5mm Diameter by 100mm Long : Stainless Steel 316 (Food Grade) 2M curly polyurethane cable with moulded connector. Complete waterproof assembly. ## **Sensor Features** ## � **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. ## � **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘T’ Thermocouple : ½ Class I (±0.25°C ±0.25%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. ## � **WIDE AMBIENT TEMPERATURE SPECIFICATION** � **TIME RESPONSE** _**(96%of value in water)**_ ## � **MEASUREMENT RANGE** **: -30 TO 50 °C : 1.0 Secs** **: -200 TO 400 °C** ## **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART**<br>**No**<br>MM2000<br>MM2010|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT<br>MAX/MIN HOLD INSTRUMENT|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT<br>HIGH ACCURACY INSTRUMENT WITH MAX,MIN AND HOLD FEATURES| |---|---|---|---| ||MM2020|DIFFERENTIAL INSTRUMENT|DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS| ||MM2030|THERMOCOUPLE SIMULATOR|HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| 6 # **DATA SHEET** # **KM03 TYPE ‘K’ GENERAL PURPOSE PROBE** ## **GENERAL PURPOSE PROBE - 3.0 mm Type ‘K’** ## Description This probe uses the straight handle for fine control. The probe is truly general purpose and may be used for gas, liquid or applications with difficult access. ## Construction Minerally Insulated Probe 3.0 mm Diameter by 100mm Long : Stainless Steel 316 (Food Grade) 2M curly polyurethane cable with moulded connector. Complete waterproof assembly. ## **Sensor Features** ## � **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. ## � **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. - **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘K’ Thermocouple : Class I (±01.5°C ±0.25%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. ## � **WIDE AMBIENT TEMPERATURE SPECIFICATION** � **TIME RESPONSE** _**(96%of value in water)**_ ## � **MEASUREMENT RANGE** **: -30 TO 50 °C** **: 2.0 Secs** **: -200 TO 1100 °C** **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART No**<br>MM2000<br>MM2010<br>MM2020|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT<br>MAX/MIN HOLD INSTRUMENT<br>DIFFERENTIAL INSTRUMENT|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT<br>HIGH ACCURACY INSTRUMENT WITH MAX,MIN AND HOLD FEATURES<br>DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS| |---|---|---|---| ||MM2030|THERMOCOUPLE SIMULATOR|HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| 7 ## **DATA SHEET** # **TM03 TYPE ‘T’ GENERAL PURPOSE PROBE** ## **GENERAL PURPOSE PROBE - 3.0 mm Type ‘T’** ## Description This probe uses the straight handle for fine control. The probe is truly general purpose and may be used for gas, liquid or applications with difficult access. ## Construction Minerally Insulated Probe 3.0 mm Diameter by 100mm Long : Stainless Steel 316 (Food Grade) 2M curly polyurethane cable with moulded connector. Complete waterproof assembly. ## **Sensor Features** ## � **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. ## � **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘T’ Thermocouple : ½ Class I (±0.25°C ±0.25%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. ## � **WIDE AMBIENT TEMPERATURE SPECIFICATION** ## � **TIME RESPONSE** _**(96%of value in water)**_ **: -30 TO 50 °C : 2.0 Secs** - **MEASUREMENT RANGE : -200 TO 400 °C** ## **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART**<br>**No**<br>MM2000<br>MM2010<br>MM2020|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT<br>MAX/MIN HOLD INSTRUMENT<br>DIFFERENTIAL INSTRUMENT|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT<br>HIGH ACCURACY INSTRUMENT WITH MAX,MIN AND HOLD FEATURES<br>DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS| |---|---|---|---| ||MM2030|THERMOCOUPLE SIMULATOR|HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| 8 ## **DATA SHEET** ## **KM04 EXTENDED TYPE ‘K’ GENERAL PURPOSE PROBE** ## **GENERAL PURPOSE PROBE - 3.0 mm Type ‘K’** ## Description This probe uses the straight handle for fine control. The probe is truly general purpose and may be used for gas, liquid or applications with difficult access. ## Construction Minerally Insulated Probe 3.0 mm Diameter by 300mm Long : Stainless Steel 316 (Food Grade) 2M curly polyurethane cable with moulded connector. Complete waterproof assembly. ## **Sensor Features** - **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. - **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘K’ Thermocouple : Class I (±01.5°C ±0.25%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. ## � **WIDE AMBIENT TEMPERATURE SPECIFICATION** **: -30 TO 50 °C** ## � **TIME RESPONSE** _**(96%of value in water)**_ **: 2.0 Secs** - **MEASUREMENT RANGE** **: -200 TO 1100 °C** ## **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART No**<br>MM2000<br>MM2010<br>MM2020<br>MM2030|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT<br>MAX/MIN HOLD INSTRUMENT<br>DIFFERENTIAL INSTRUMENT<br>THERMOCOUPLE SIMULATOR|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT<br>HIGH ACCURACY INSTRUMENT WITH MAX,MIN AND HOLD FEATURES<br>DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS<br>HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| |---|---|---|---| 9 ## **DATA SHEET** ## **TM04 EXTENDED TYPE ‘T’ GENERAL PURPOSE PROBE** ## **GENERAL PURPOSE PROBE - 3.0 mm Type ‘T’** ## Description This probe uses the straight handle for fine control. The probe is truly general purpose and may be used for gas, liquid or applications with difficult access. ## Construction Minerally Insulated Probe 3.0 mm Diameter by 300mm Long : Stainless Steel 316 (Food Grade) 2M curly polyurethane cable with moulded connector. Complete waterproof assembly. ## **Sensor Features** ## � **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. ## � **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘T’ Thermocouple : ½ Class I (±0.25°C ±0.25%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. ## � **WIDE AMBIENT TEMPERATURE SPECIFICATION** ## � **TIME RESPONSE** _**(96%of value in water)**_ **: -30 TO 50 °C : 2.0 Secs** - **MEASUREMENT RANGE : -200 TO 400 °C** ## **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART**<br>**No**<br>MM2000<br>MM2010<br>MM2020|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT<br>MAX/MIN HOLD INSTRUMENT<br>DIFFERENTIAL INSTRUMENT|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT<br>HIGH ACCURACY INSTRUMENT WITH MAX,MIN AND HOLD FEATURES<br>DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS| |---|---|---|---| ||MM2030|THERMOCOUPLE SIMULATOR|HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| 10 ## **DATA SHEET** ## **KS01 SURFACE (BAND) PROBE TYPE ‘K’** ## **RIBBON SURFACE PROBE - Type ‘K’** ## Description This probe uses the straight handle for fine control. The probe is designed for the measurement of surface temperatures giving a fast response time. ## Construction Ribbon band sensor with thermocouple sensor attached and draught shield : Stainless Steel 316 (Food Grade) 2M curly polyurethane cable with moulded connector. ## **Sensor Features** - **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. ## � **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘K’ Thermocouple : Class I (±01.5°C ±0.25%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. - **WIDE AMBIENT TEMPERATURE SPECIFICATION** - **TIME RESPONSE** _**(96% of valueon clean metal)**_ **: -30 TO 50 °C : 0.1 Secs** � **MEASUREMENT RANGE : -200 TO 1000 °C** ## **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART No**<br>MM2000<br>MM2010|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT<br>MAX/MIN HOLD INSTRUMENT|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT<br>HIGH ACCURACY INSTRUMENT WITH MAX,MIN AND HOLD FEATURES| |---|---|---|---| ||MM2020|DIFFERENTIAL INSTRUMENT|DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS| ||MM2030|THERMOCOUPLE SIMULATOR|HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| 11 ## **DATA SHEET** # **KS07 SPRUNG SHIELD SURFACE PROBE TYPE ‘K’** ## **SPRUNG SHIELD SURFACE PROBE - Type ‘K’** ## Description This probe uses the straight handle for fine control. The probe is designed for the measurement of surface temperatures with wide temperature range. ## Construction Surface probe with sprung tip with thermocouple sensor attached with draught shield : Stainless Steel 316 (Food Grade) 2M curly polyurethane cable with moulded connector. ## **Sensor Features** ## � **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. ## � **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘K’ Thermocouple : Class I (±01.5°C ±0.25%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. ## � **WIDE AMBIENT TEMPERATURE SPECIFICATION** **: -30 TO 50 °C** - **TIME RESPONSE** _**(96% of valueon clean metal)**_ **: 3.0 Secs** - **MEASUREMENT RANGE** **: -200 TO 400 °C** ## **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART No**<br>MM2000<br>MM2010<br>MM2020<br>MM2030|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT<br>MAX/MIN HOLD INSTRUMENT<br>DIFFERENTIAL INSTRUMENT<br>THERMOCOUPLE SIMULATOR|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT<br>HIGH ACCURACY INSTRUMENT WITH MAX,MIN AND HOLD FEATURES<br>DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS<br>HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| |---|---|---|---| 12 ## **DATA SHEET** ## **TS04 SPRUNG SHIELD SURFACE PROBE TYPE ‘T’** ## **SPRUNG SHIELD SURFACE PROBE - Type ‘T’** ## Description This probe uses the straight handle for fine control. The probe is designed for the measurement of surface temperatures with wide temperature range. ## Construction Surface probe with sprung tip with thermocouple sensor attached with Nylatron draught shield : Stainless Steel 316 (Food Grade) 2M curly polyurethane cable with moulded connector. ## **Sensor Features** ## � **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. ## � **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘T’ Thermocouple : ½ Class I (±0.25°C ±0.25%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. ## � **WIDE AMBIENT TEMPERATURE SPECIFICATION** ## � **TIME RESPONSE** _**(96% of valueon clean metal)**_ ## � **MEASUREMENT RANGE** **: -30 TO 50 °C** **: 3.0 Secs** **: -200 TO 180 °C** ## **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART**<br>**No**<br>MM2000|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT| |---|---|---|---| ||MM2010|MAX/MIN HOLD INSTRUMENT|HIGH ACCURACY INSTRUMENT WITH MAX,MIN AND HOLD FEATURES| ||MM2020|DIFFERENTIAL INSTRUMENT|DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS| ||MM2030|THERMOCOUPLE SIMULATOR|HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| 13 ## **DATA SHEET** ## **KS08 HIGH TEMPERATURE SURFACE PROBE TYPE ‘K’** ## **HIGH TEMPERATURE SURFACE PROBE - Type ‘K’** ## Description This probe uses the straight handle for fine control The probe is designed for the measurement of surface temperatures with a very high temperature range. ## Construction Surface probe with copper sensing tip protected by a sprung stainless steel draught shield.: Stainless Steel 316 (Food Grade) 2M curly polyurethane cable with moulded connector. ## **Sensor Features** ## � **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. ## � **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘K’ Thermocouple : Class I (±01.5°C ±0.25%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. ## � **WIDE AMBIENT TEMPERATURE SPECIFICATION** ## � **TIME RESPONSE** _**(96% of valueon clean metal)**_ - **MEASUREMENT RANGE** **: -30 TO 50 °C** **: 3.0 Secs** **: 0 TO 1100 °C** ## **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART No**<br>MM2000<br>MM2010|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT<br>MAX/MIN HOLD INSTRUMENT|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT<br>HIGH ACCURACY INSTRUMENT WITH MAX,MIN AND HOLD FEATURES| |---|---|---|---| ||MM2020|DIFFERENTIAL INSTRUMENT|DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS| ||MM2030|THERMOCOUPLE SIMULATOR|HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| 14 ## **DATA SHEET** ## **KA04 AIR TEMPERATURE PROBE TYPE ‘K’** ## **AIR TEMPERATURE PROBE - Type ‘K’** ## Description This probe uses the straight handle for fine control. This probe is used for the measurement of the temperature of gasses. Ideal for applications requiring air temperature measurement within small openings. ## Construction The probe features an exposed thermocouple junction protected by a stainless steel sheath : Stainless Steel 316 (Food Grade) 2M curly polyurethane cable with moulded connector. ## **Sensor Features** ## � **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. ## � **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘K’ Thermocouple : Class I (±01.5°C ±0.25%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. � **WIDE AMBIENT TEMPERATURE SPECIFICATION : -30 TO 50 °C** � **TIME RESPONSE** _**(96% of value in moving gas)**_ **: 0.1 Secs** � **MEASUREMENT RANGE : -100 TO 750 °C** ## **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART No**<br>MM2000<br>MM2010|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT<br>MAX/MIN HOLD INSTRUMENT|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT<br>HIGH ACCURACY INSTRUMENT WITH MAX,MIN AND HOLD FEATURES| |---|---|---|---| ||MM2020|DIFFERENTIAL INSTRUMENT|DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS| ||MM2030|THERMOCOUPLE SIMULATOR|HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| 15 ## **DATA SHEET** ## **TA04 AIR TEMPERATURE PROBE TYPE ‘T’** ## **AIR TEMPERATURE PROBE - Type ‘T’** ## Description This probe uses the straight handle for fine control. This probe is used for the measurement of the temperature of gasses. Ideal for applications requiring air temperature measurement within small openings. ## Construction The probe features an exposed thermocouple junction protected by a stainless steel sheath : Stainless Steel 316 (Food Grade) 2M curly polyurethane cable with moulded connector. ## **Sensor Features** ## � **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. ## � **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘T’ Thermocouple : ½ Class I (±0.25°C ±0.25%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. ## � **WIDE AMBIENT TEMPERATURE SPECIFICATION** ## � **TIME RESPONSE** _**(96% of value in moving gas)**_ **: -30 TO 50 °C** **: 0.1 Secs** - **MEASUREMENT RANGE : -100 TO 450 °C** ## **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART**<br>**No**<br>MM2000<br>MM2010<br>MM2020|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT<br>MAX / MIN HOLD INSTRUMENT<br>DIFFERENTIAL INSTRUMENT|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT<br>HIGH ACCURACY INSTRUMENT WITH MAX, MIN AND HOLD FEATURES<br>DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS| |---|---|---|---| ||MM2030|THERMOCOUPLE SIMULATOR|HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| 16 ## **DATA SHEET** ## **TA12 SPATULA TEMPERATURE PROBE TYPE ‘T’** ## **BETWEEN PACK TEMPERATURE PROBE - Type ‘T’** ## Description This probe uses the straight handle for fine control. The probe is designed for the measurement of temperature between products. Most commonly used as part of a goods inward inspection procedure. May also be used for liquid temperature measurement. ## Construction Flattened Stainless Steel blade 5mm wide blade by 125mm Long : Stainless Steel 316 (Food Grade) 2M curly polyurethane cable with moulded connector. Complete waterproof assembly. This provides the user with a far more robust product than the foil type of between pack probe. ## **Sensor Features** ## � **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. ## � **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘T’ Thermocouple : ½ Class I (±0.25°C ±0.25%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. ## � **WIDE AMBIENT TEMPERATURE SPECIFICATION** ## � **TIME RESPONSE** _**(96% of value in water)**_ ## � **MEASUREMENT RANGE** **: -30 TO 50 °C** **: 3.0 Secs** **: -100 TO 450 °C** **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART**<br>**No**<br>MM2000<br>MM2010<br>MM2020<br>MM2030|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT<br>MAX/MIN HOLD INSTRUMENT<br>DIFFERENTIAL INSTRUMENT<br>THERMOCOUPLE SIMULATOR|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT<br>HIGH ACCURACY INSTRUMENT WITH MAX,MIN AND HOLD FEATURES<br>DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS<br>HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| |---|---|---|---| 17 ## **DATA SHEET** ## **TH01 SOCKET IN THE HANDLE PROBE TYPE ‘T’** ## **SOCKET IN THE HANDLE - Type ‘T’** ## Description This probe is used in conjunction with the range of plug mounted probes offered by TME. The socket in the end of the handle allows for the plug mounted probes to be inserted into the handle. This means that a variety of temperature measurements may be performed using the socket in the handle and different plug mounted probes. ## Construction Handle which includes miniature thermocouple socket into which any one of the TME plug mounted probes may be inserted. Complete with 2M curly polyurethane cable with moulded connector. Complete waterproof assembly. ## **Sensor Features** - **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. ## � **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘T’ Thermocouple : ½ Class I (±0.25°C ±0.25%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. ## � **WIDE AMBIENT TEMPERATURE SPECIFICATION : –30 TO 50 °C** ## **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART No**<br>MM2000<br>MM2010|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT<br>MAX/MIN HOLD INSTRUMENT|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT<br>HIGH ACCURACY INSTRUMENT WITH MAX,MIN AND HOLD FEATURES| |---|---|---|---| ||MM2020|DIFFERENTIAL INSTRUMENT|DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS| ||MM2030|THERMOCOUPLE SIMULATOR|HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| 18 ## **DATA SHEET** ## **KH01 SOCKET IN THE HANDLE PROBE TYPE ‘K’** ## **SOCKET IN THE HANDLE - Type ‘K’** ## Description This probe is used in conjunction with the range of plug mounted probes offered by TME. The socket in the end of the handle allows for the plug mounted probes to be inserted into the handle. This means that a variety of temperature measurements may be performed using the socket in the handle and different plug mounted probes. ## Construction Handle which includes miniature thermocouple socket into which any one of the TME plug mounted probes may be inserted. Complete with 2M curly polyurethane cable with moulded connector. Complete waterproof assembly. ## **Sensor Features** ## � **TOTAL ENCAPSULATION TECHNIQUE FOR MAXIMUM STRENGTH AND DURABILITY.** This results in a solid handle as opposed to a hollow handle. This is particularly important as there is often damage to the handles caused by excess heat. With a hollow handle it is possible to puncture the outer plastic and damage the sensor irreparably. ## � **WATERPROOF HANDLE** Due to the total encapsulation method used, all TME probe handles are completely waterproof. ## � **TOUGH POLYURETHANE CABLE** - Polyurethane cables are used in place of the standard polyurethane for the following reasons :- - Greater retractability - Enhanced memory of it’s curl - Non–Toxic - Greater mechanical strength for durability - 12 X 0.2mm wires used internally for greater strength. - PTFE inner insulation for strength and retractability. ## � **HIGH ACCURACY THERMOCOUPLE MATERIAL THROUGHOUT** Type ‘K’ Thermocouple : Class I (±01.5°C ±0.25%) ## � **POLYPROPYLENE HANDLES** Polypropylene is an extremely tough and durable material, commonly used for milk crates, it has good low temperature performance and a relatively high melt temperature. It performs exceptionally well under chemical attack. ## � **WIDE AMBIENT TEMPERATURE SPECIFICATION : –30 TO 50 °C** ## **Cross-reference for compatible instruments** Suitable instruments for use with this probe ||**TME PART No**<br>MM2000|**DESCRIPTION**<br>SINGLE INPUT INSTRUMENT|**APPLICATION**<br>HIGH ACCURACY TEMPERATURE MEASUREMENT| |---|---|---|---| ||MM2010|MAX / MIN HOLD INSTRUMENT|HIGH ACCURACY INSTRUMENT WITH MAX, MIN AND HOLD FEATURES| ||MM2020|DIFFERENTIAL INSTRUMENT|DUAL INPUT INSTRUMENT FOR DIFFERENTIAL MEASUREMENTS| ||MM2030|THERMOCOUPLE SIMULATOR|HIGH ACCURACY SIMULATOR WITH MEASUREMENT FACILITY| 19 20
Updated at June 4, 2026
About Novapart
Novapart is a B2B electronic component broker specialising in stock shortages and cost reduction. We source hard-to-find parts and identify compliant alternatives across a catalogue of 410,000+ components from 500+ manufacturers.
Learn more →Stock Shortage Specialist
When a component is unavailable, discontinued or has an unacceptable lead time, we tap into our network of vetted European and Asian distributors to source what you need — without compromising on quality or traceability.
Request a quote →Compliant Alternatives
We identify pin-to-pin, electrically equivalent substitutes that meet the same certifications (RoHS, AEC-Q100, REACH) as your original specification — validated against datasheets, not just part numbers. Often at a lower cost.
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