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III. Hardware Description 

A. Instrument

: The instrument houses the basic components required for operation of the ID900 as depicted above. 

1. Case:

 an injection molded plastic housing that houses all internal components. 

2. Hanger: 

connects into the side of the case and provides the user a means to hang the instrument above the working area for 

hands free operation. 

3.

 

Sample Filter:

 will filter oil mists and particulate from the sample gas admitted into the instrument to provide trouble-free 

function of the detection and sampling components. 

4. Control Panel:

 consists of a 2-line, 16-character digital display and two pushbutton switches. The display will convey 

analysis results and instructions to the user. The switches provide a means by which the user can communicate with the 
instrument microprocessor during use. 

5. Air Intake Port:

 will admit fresh air into the sampling system to permit calibration of the infrared and chemical fuel cell 

detection devices. 

6. Sample Exhaust Port:

 will emit sample gas that has been analyzed by the instrument. 

7. Sample Inlet Port: 

permits the connection of either a R12 or R134a sample hose to the instrument. 

8. Air Detection Sensor:

 a chemical fuel cell that will detect the amount of air contained within a refrigerant sample. 

9. Control Circuit Board:

 directs all activities of the instrument through the embedded microprocessor. The infrared detection 

device is also contained on this circuit board and will provide all detection of refrigerant components of the sample gas. 

10.

 

Purge Pump:

 will draw ambient air through the air intake port for the purpose of detection device calibration and 

instrument sample system purging. 

11. Power Connector:

 will accept the installation of either the standard vehicle battery adapter or the optional wall power 

adapter to provide the instrument with operating power. 

11

. Power 

Connector

 

11. Power 
Connector

Sample filter exit 

tube 

10. Purge 
Pump

Sample filter inlet

valve

9.

Control Circuit 

Board

 

4. Control Panel

Sensor Housing

 

8.Air Detection 
Sensor

InletPressure 
Regulator

 

3. Sample filter

View with Cover Removed 

Front View

Sample Inlet Port 

Air Intake 
Port

 

Hanger 

Serial Number 
Location 

6. Sample exhaust 
port

1. Case 

Housing screws;

8 total

Rear View

Summary of Contents for ID900

Page 1: ...l rti rtitech com Web site www rtitech com OPERATION MANUAL ID900 Portable Refrigerant Identifier Manual No 035 80979 00 WARNING Liquid Samples will Damage Unit Do not operate if filter has red flecks...

Page 2: ...1 Power Connector 5 B Sample Hoses 6 1 R12 Sample Hose 6 2 R134a Sample Hose 6 C Power Harnesses 6 1 Vehicle Battery Adapter 6 2 Wall Power Adapter 6 D R134a Tank Adapter Fitting 6 E Storage Case 6 IV...

Page 3: ...e Input Warning The instrument requires connection of the sample hose to the low or vapor side port of the source vehicle or refrigerant cylinder Connection of the sample hose to the high or liquid po...

Page 4: ...a storage case that will house all components R12 and R134a sample hoses are provided as well as a R134a cylinder adapter fitting and a power cord for connection directly to the vehicle battery An op...

Page 5: ...as been analyzed by the instrument 7 Sample Inlet Port permits the connection of either a R12 or R134a sample hose to the instrument 8 Air Detection Sensor a chemical fuel cell that will detect the am...

Page 6: ...end This harness is utilized to connect power from the vehicle battery to operate the instrument and avoid the use of extension cords 2 Wall Power Adapter Optional is a 6 foot power cable that has an...

Page 7: ...ect the performance of the instrument Once the elevation has been entered it does not ever require entry again unless the instrument is moved to a new elevation The screen USAGE ELEVATION NOT SET is d...

Page 8: ...or Hydrocarbons have been detected in concentrations of 4 by weight or greater No weight concentrations of refrigerants or air are provided in this mode d NO REFRIGERANT CHK HOSE CONN Indicated whene...

Page 9: ...ensor failure due to temperature extremes Corrective Actions 1 Allow the instrument to stabilize at room temperature for at least 30 minutes before attempting use 2 To clear the error code power down...

Page 10: ...Procedure a Power down the instrument and disconnect the sample hose b Obtain a replacement filter c Remove the existing filter by pulling it straight up and out of the retaining clip and disconnecti...

Page 11: ...from the instrument off of the support pins and remove the sensor by unthreading Discard the spent sensor g Obtain a replacement air detection sensor part number 1 16 1013 00 0 and install it into the...

Page 12: ...erant R12 or R134a is detected in concentrations equal to or greater than 98 by weight Unknown Refrigerant Purity Setpoint In the presence of detected unknown refrigerant types R12 or R134a is conside...

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