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11

Grease Grabber™ Power Play Kitchen Exhaust Pollution Control System

To access the pre- and post-mesh filters and ionizing 
collecting cells, follow these instructions.
1.  Rotate the disconnect knob on the upper right 

hand corner of the System Control to the OFF 
position. “Lock Out” the system by flipping the red 
lever in the handle outward and securing it with a 
padlock.

2.  Open the access door by turning the knob on the 

red safety switch until the plunger is fully retracted, 
then unscrew the black knobs to unlatch the door.

3.  Slide the metal mesh filters from the tracks
4.  Thoroughly clean the metal mesh filters using hot 

water and a GLT-33 detergent.

5.  Reinstall the filters in the tracks.
6.  Remove the collector cells retaining brackets using 

a 7/16-inch wrench.

7.  Remove the red and blue high voltage cables and 

jumper cables by firmly grasping the red boots and 
pulling them from the high voltage plugs.

8.  Carefully remove a cell from the cabinet. Each 2 ft. 

cell weighs approximately 65 lbs., so use caution 
when handling. Use care not to bend or dent the 
collecting plates or framework.

9.  Carefully inspect the cell for bent collector plates. 

Bent plates may be carefully straightened by hand, 
using needle-nose pliers.

10. Inspect the cell for residual grease that was not 

removed during the wash process. Excessive 
grease buildup indicates that the cells need to be 
removed from the cabinet and thoroughly cleaned 
manually, following the procedures under Ionizing-
Collecting Cells in Maintenance. 

11. Reinstall the cell to the location from which it was 

removed. The serrated ionizing blades of the cell 
must be facing upstream. There is an airflow arrow 
on the cell end plate.

12. Reconnect the high voltage cables, and cell 

retaining brackets.

13. Close the access door completely, engage the 

door latch, and turn the knob on the red safety 
switch until the plunger is fully extended.

Summary of Contents for 474754

Page 1: ...ck possible injury due to coming in contact with moving parts as well as other potential hazards Other considerations may be required if high winds or seismic activity are present If more information is needed contact a licensed professional engineer before moving forward Follow all local electrical and safety codes as well as the National Electrical Code NEC the National Fire Protection Agency NF...

Page 2: ...an dry atmosphere Remove any accumulations of dirt water ice or snow and wipe dry before moving to indoor storage To avoid sweating of metal parts allow cold parts to reach room temperature To dry parts and packages use a portable electric heater to get rid of any moisture build up Leave coverings loose to permit air circulation and to allow for periodic inspection OUTDOOR Units designed for outdo...

Page 3: ...rease and smoke particles as they pass These particles are then repelled by positively charged plates and collected on negatively charged plates Upon completion of each cooking day a wash sequence is initiated for the self cleaning function of the electrostatic cell via the remote mounted control panel The aluminum mesh mist eliminator prevents wash water from entering the safety filter and carbon...

Page 4: ...Field weight will vary depending upon final selections such as fan type accessories etc Approximate weights are shown in the table below 4 The unit can be positioned on a base or curb suitable for this purpose 5 The unit must be anchored to its base curb 6 Alternatively the unit may be suspended from an adequate overhead structure using suitable undercarriage or hanging rods by others If the unit ...

Page 5: ...tions shall have a liquid tight external weld An inlet transition is furnished to match the inlet duct size The inlet transition is furnished with a listed duct access door for inspection and cleaning Units intended for indoor mounting are provided with an outlet mounting flange either at the unit discharge or as part of a factory supplied UL 762 listed exhaust fan Outlet ductwork from the exhaust...

Page 6: ...d at the top and side of the system power pack and the sides of the terminal box on top of the cabinet assembly Use a knockout punch to open holes for minimum 1 2 inch conduit Use caution to keep the system power pack and terminal box interiors free of scraps and other debris Once conduit is in place and high voltage cable has been run terminate the high voltage cables at the power pack by strippi...

Page 7: ...er pack to terminals 1TB16 1TB18 1TB15 and 1TB19 respectively in the system control panel Connect the junction box on top of the system cabinet to the system control panel using 14 gauge wire Connect terminals 5TB1 and 5TB2 access door safety interlock to terminals 1TB4 and 1TB13 respectively in the system control panel Also connect terminals 5TB5 5TB7 upstream wash motor 5TB8 and 5TB10 downstream...

Page 8: ...top minute use numbered keypad to enter minutes press enter Enter all days of the week Sunday thru Saturday either on or off and start stop time System Wash Schedule Scroll down to wash start Scroll over to hour use numbered keypad to enter hour in military time press enter Scroll over to minute use numbered keypad to enter minutes press enter Scroll down to day of week Scroll over to off press en...

Page 9: ...the system This may be required if a WASH cycle is inadvertently initiated As indicated previously in FIGURE 6 there is a 5 minute delay period after the WASH button is pushed before the wash process begins If the WASH cycle is accidentally initiated the operator may reset the system during the 5 minute delay period and the system will return to NORMAL operation If the system is reset after the 5 ...

Page 10: ...be removed and thoroughly cleaned on a minimum two 2 week interval removing any grease and particulate buildup B Ionizing Collecting Cells The ionizing collecting cells should be inspected for grease build up on a monthly basis This monthly inspection should be done after the system has completed a wash cycle If grease build up is apparent remove cells and clean manually The cells should be remove...

Page 11: ...ly grasping the red boots and pulling them from the high voltage plugs 8 Carefully remove a cell from the cabinet Each 2 ft cell weighs approximately 65 lbs so use caution when handling Use care not to bend or dent the collecting plates or framework 9 Carefully inspect the cell for bent collector plates Bent plates may be carefully straightened by hand using needle nose pliers 10 Inspect the cell ...

Page 12: ...TALLIC CONDUIT FIRE SYSTEM N C DRY CONTACT H V POWER SUPPLY SHUT DOWN THAT OPENS WHEN FIRE SYSTEM ACTIVATES ___ V __ HZ 1 PH __ AMP SERVICE INPUT POWER WATER COLUMN ESP DRAIN PAN 3 INCH DRAIN LINE 1 2 INCH DETERGENT DISPENSER LINE WASH MANIFOLDS SOLENOID VALVE BACKFLOW PREVENTER PRESSURE GAUGE 0 100 PSI 55 GALLON DETERGENT DISPENSER 140 F WATER SUPPLY LINE BY OTHERS Y STRAINER BALL VALVE VAC 3 PH ...

Page 13: ...4 4202 G X1 X2 F3 BY OTHERS EVENT OF A FIRE CLOSES IN THE DRY CONTACT FIRE SYSTEM N O 6 4 F F F F F F F F F1 F2 DENOTES TERMINAL CONNECTION IN POWER PLAY CONTROL PANEL DENOTES FIELD WIRING CONTROL PANEL BY OTHERS EVENT OF A FIRE CLOSES IN THE DRY CONTACT FIRE SYSTEM N O F F F ___V 60HZ 3PH INPUT POWER C FAN MOTOR ___ VAC 120 VAC OL 24 322CR2 23 CONTROL PANEL POWER PLAY OFF AUTO 4222 4221 1TB30 1TB...

Page 14: ...7 HIGH VOLTAGE CABLE SUPPLIED BY GREENHECK 50 BLUE 50 RED DETERGENT LEVEL SENSOR WASH MOTOR UP STREAM 120V 60HZ 1PH 1 20 HP 15 RPM 1 20 HP 15 RPM 120V 60HZ 1PH DOWN STREAM WASH MOTOR RUN IN SEPARATE CONDUIT 4201 322CR1 1TB27 6TB2 6TB1 3TB4 4TB4 6TB3 3TB15 2 2TB4 3 4 5 6 7 8 9 1TB16 1TB18 1TB15 1TB19 POWER PLAY SYSTEM CONTROL X1 X2 412PL 414M M 410M M 1TB23 1TB24 2TB21 1TB25 2TB20 2TB22 ESP JUNCTIO...

Page 15: ...SHOWN AND THE FIRE SUPPRESSION SYSTEM DISCHARGES 2 THE SUPPLY FAN WILL SHUT OFF FIRE SUPPRESSION WIRING NOTES SEE SHEET 2 SEE SHEET 2 X2 X1 2141 1121 1121 7TB14 7TB15 7TB9 7TB10 3161 1001 1121 2121 X1 3161 1121 1001 428PL G X2 2121 4 3 250PB 252PB 7TB2 7TB12 7TB11 7TB3 7TB4 7TB1 2141 1341 1321 1001 1001 7TB17 7TB16 7TB6 7TB5 7TB19 1121 3181 1001 2041 3201 X1 X1 1341 1321 X2 1001 3 4 426PL R 1001 4...

Page 16: ..._______ Date___________________ Time______________ AM PM Notes ___________________________________________ _________________________________________________ _________________________________________________ _________________________________________________ _________________________________________________ Date___________________ Time______________ AM PM Notes ______________________________________...

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