SEAL-O-RING 5H4909 - Caterpillar

Introduction
6V9130 Temperature Adapter Group (1) 6V9129 Temperature Adapter. (2) 6V9131 K-Type Thermocouple Probe.The 6V9129 Temperature Adapter (1) converts the input from a K-type thermocouple to 1mV/°C or 1mV/°F output for use with a Caterpillar 6V3030, 6V7070 or 6V7800 Digital Multimeter.By plugging the adapter [with the 6V9131 K-type Thermocouple Probe (2) attached] into the VOLT and COMMON inputs of a digital multimeter, the user will have the measured temperature displayed on the multimeter.Temperature adapter (1) operates with a 9-Volt battery and includes both cold junction compensation and two point linearization to ensure accuracy over the full operating range of the instrument.Do not perform any procedure, outlined in this publication, or order any parts until you read and understand the information contained within.Optional Accessories
The parts in the 6V9130 Temperature Adapter Group, and the available optional accessories, are shown below.
(1) 6V3073 Case. (2) 6V4094 Liner. (3) 8T0485 Block. (4) Form SEES5666 Decal (installs on lid of 6V3073 Case).
(5) 6V9129 Temperature Adapter. (6) Digital Multimeter (6V3030, 6V7070 or 6V7800). (7) 6V9131 Thermocouple Probe. (8) Multimeter Probes. (9) 8T0458 Thermocouple Wire. The 8T0458 Thermocouple (9) is a fast acting probe for use in measuring air, oil or coolant temperature. The 6V9055 Exhaust Thermocouple Probe (10) can be used with the 6V9129 Temperature Adapter and a 6V3030, 6V7070 or 6V7800 Digital Multimeter to read exhaust temperature. The 8L4439 Exhaust Pyrometer Probe, with its J-type Thermocouple junction, cannot be used with, or adapted to, the 6V9129 Temperature Adapter. Other new threaded K-type thermocouple probes are shown above. Probe lengths are given below.8T0933 Thermocouple Probe, 25.4 mm (1.00") long.8T0934 Thermocouple Probe, 38.1 mm (1.50") long.8T0935 Thermocouple Probe, 63.5 mm (2.50") long.8T0936 Thermocouple Probe, 88.9 mm (3.50") long.Safety Information
* Do not exceed a maximum of 500 Volts dc or rms at the thermocouple inputs.
One input of the thermocouple connector is connected to the multimeter COMMON input. If the thermocouple used with the temperature adapter is to be used to measure the temperature of a device that has a voltage with respect to the ground, the multimeter COMMON input must not be connected to ground. To do so may apply a direct short to the voltage of the device under test.
Always use care when taking measurements of hot and cold material.
6V9129 Temperature Adapter Specifications
Accurate at an Ambiant Temperature of 19°C to 25°C (66°F to 77°F)1. Resolution: 0.1°C or (0.1°F) up to 199.9°C or (199.9°F).1°C or (1°F) above 200°C or (200°F). Setting time: 0.1 second. Operating temperature: 0°C to +50°C (+32°F to 122°F). Temperature Coefficient: 19°C to 25°C (66°F to 77°F), included in accuracy specification, 0°C to 19°C (32°F to 66°F) and 25°C to 50°C (77°F to 122°F), 0.16°C/°C. Thermocouple: Type K, probe or wire leads with miniature or subminiature male connector. Battery Type: 9V (NEDA 1604D Carbon Zinc or 1604A Alkaline) Battery Life: 75 hours (heavy duty): 100 hours (alkaline). Output Short Circuit Duration: Indefinite (but batteries will be discharged). Maximum Voltage at Thermocouple Input: 500 Vdc or RMS (common mode).6V9131 Thermocouple Probe Specifications
(A) Sheath Maximum Sheath