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RecoverXLT

®

 Operating Guide 

Direct Liquid/Vapor Recovery 

The

 

RecoverXLT

®

 

is used to pull liquid or vapor 

refrigerant directly out of the system and transfer it 

into a recovery cylinder.

 

Liquid recovery is accomplished by connecting to 

the high pressure system discharge service port 

(Liquid Port) side of the system being serviced.

 

Vapor recovery can be done by connecting to the 

system suction service port (low pressure) side of 

the system.

 

Because the

 

RecoverXLT

®

 

is capable of recovering 

direct liquid, it is best to first recover all of the  

liquid, followed by the vapor. This will make your 

job easier and faster. Refer to the following       

instructions and the above diagram:

 

1.

 

Know the type and quantity of refrigerant present 

before servicing any system.

 

2.

 

Turn off power to the system being serviced. 

Turn the selector knob to off.

 

3.

 

Connect your manifold to the system being 

serviced.  High Side to liquid port and Low Side 

to vapor port as shown in diagram on page 4.  

 

4.

 

Connect the Utility port of your manifold to the 

1/4” SUCTION port of the 

RecoverXLT

®

 

5.

 

Connect one hose from the recovery cylinder 

(liquid side) to the 1/4” DISCHARGE port of 

the 

RecoverXLT

®

 

 

    

 

 

Note: Be sure to connect hose ends with 

shut

-

off to suction and discharge ports of 

recovery machine (for best performance use 

3/8” hoses.)

 

6.

 

Purge all hoses of non

-

condensables before 

recovering refrigerant into recovery cylinder.  

 

7.

 

Open the liquid valve on the recovery tank. 

 

8.

 

Start the 

RecoverXLT

®

 

using the momentary 

switch.

 

9.

 

Turn the selector VALVE on the 

RecoverXLT

®

 

to either the LIQUID or VAPOR position.  

 

10.

 

Open the Utility and either High Side or Low 

Side valves on the manifold.  Remember it is 

more efficient to recover the liquid refrigerant 

first.  

Caution: do not over

-

pressure low side 

gauge

.

 

11.

 

The 

RecoverXLT

®

 

will continue to recover 

until it reaches and sustains 10”Hg vacuum at 

which point the LOW PRESSURE SWITCH 

stops the unit and the Status Indicator LED 

illuminates SOLID RED indicating 

Recovery 

Complete

 

12.

 

Turn the selector valve clockwise to OFF. Start 

the unit using the momentary switch. Turn se-

lector valve to PURGE position.

 

13.

 

When the unit again stops and the Status Indica-

tor LED illuminates SOLID RED indicating  

Recovery Complete

, the recovery and purge 

cycles are complete.

 

 

 

Note: If the machine is not recovering, refer to 

the troubleshooting guide on page 7.  Restart 

procedures are on the side of the machine and 

below.

 

 

 

 

 

4

 

Liquid or Vapor Recovery Diagram

 

Summary of Contents for RecoverXLT

Page 1: ...efrigerant Recovery System PN 151204 RevB Operation and Maintenance Manual for 95760 and 95762 For serial numbers 22120038 and higher English Spanish French and German manuals available at https yello...

Page 2: ...h provides at least four air changes per hour is present or place the unit 18 above the floor during use The RecoverXLT should not be used near open containers of gasoline or any other flammable liqui...

Page 3: ...read an increase in suction pressure indicating the refrigerant that was trapped in the machine 2 Wait until the Low Pressure Switch again stops the unit at the appropriate vacuum 3 Close the valve o...

Page 4: ...1 4 DISCHARGE port of the RecoverXLT Note Be sure to connect hose ends with shut off to suction and discharge ports of recovery machine for best performance use 3 8 hoses 6 Purge all hoses of non cond...

Page 5: ...e pulled into a vacuum as required by EPA standards This process requires the following equipment 1 An extra hose for the push pull recovery 2 A recovery cylinder with about 5 lbs of refrigerant 3 A s...

Page 6: ...ns there is already liquid in the tank and over filling can be a concern Over filling a recovery cylinder can have disastrous results 3 Refrigerant responds to heat Therefore a significant increase in...

Page 7: ...Tighten hose connections Compressor seals are worn Rebuild compressor replace piston seal Hoses are not tight Tighten hoses Leak in HVAC R system Find and repair leak in system Unit running sluggish...

Page 8: ...s 8 Compressor 1 25 HP 2 Cylinder Oil less Reciprocating Air Cooled Power Source 100 240VAC 1ph 50 60Hz Amperage 14 0 amps Motor Type Variable Speed Brushless DC 1200 3000 RPM Size Height 12 50 Width...

Page 9: ...ocker Switch 95451 Gauge High 95217 Rubber Feet 95452 Gauge Low 95444 Case Front 95453 Manifold Assembly 95445 Case Back 95515 Discharge Port 95446 Case Half 95522 Suction Port 95447 Cord Wrap 95563 C...

Page 10: ...ed or improperly maintained The following must be done before returning unit 1 Call our technical service personnel at 800 769 8370 to assess if the problem can be resolved over the phone 2 Obtain an...

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