2

THA02 Air Probe

The probe is designed for testing fridges, ovens and heating cabinets.

Construction

Air probe with exposed thermocouple sensor protected by a perforated stainless steel sheath.

Insulated in ceramic sheaths. Sensor stem is 4mm diameter and 100mm long, the sensor is approx

15mm from the stem end.



WIDE AMBIENT TEMPERATURE SPECIFICATION

: -30 TO 50 °C



TIME RESPONSE

(96% of value in moving gas)

: 0.1 Secs



MEASUREMENT RANGE

: -100 TO 400 °C

THP05 Needle Probe

The probe is designed for penetration of semi-solid products

Construction

Needle is 3.3mm diameter and 110mm long with a sensor welded to the tip.



WIDE AMBIENT TEMPERATURE SPECIFICATION

: -30 TO 50 °C



TIME RESPONSE

(96% of value in water)

: 1.6 Secs



MEASUREMENT RANGE

: -100 TO 250 °C

TH01 Handle

Designed for the above probes which enables the user to convert the plug mounted probes into standard

length 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. Measures 135 x 15mm



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 PVC for the following reasons :-



Greater retractability



Enhanced memory of its 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 ±0.15%)