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507789-02G / 31-5000673-1

Issue 2336

Page 21 of 24

Heat Jumper

The HEAT jumper is used to determine CFM during electric 
heat operation only. These jumper selections are activated 

RQO\ZKHQ:LVHQHUJL]HG

Delay Jumper

7KH '(/$< MXPSHU LV XVHG WR VHW WKH VSHFL¿F PRWRU

fan operation during cooling mode. Depending on the 
application, one of four options may be chosen by moving 
the jumper to the appropriate set of pins.

#1 Pins Jumpered

a. 

0RWRUUXQVDWXQWLOGHPDQGLVVDWLV¿HG

b. 

2QFHGHPDQGLVPHWPRWRUUDPSVGRZQWRVWRS

OFF

OFF

A

B

100% CFM

COOLING
 DEMAND

#2 Pins Jumpered

a. 

0RWRUUXQVDWXQWLOGHPDQGLVVDWLV¿HG

b. 

2QFHGHPDQGLVPHWPRWRUUXQVDWIRU

seconds.

c. 

0RWRUUDPSVGRZQWRVWRS

OFF

OFF

A

B

C

100% CFM

100% CFM
(60 seconds)

COOLING DEMAND

#3 Pins Jumpered

a. 

0RWRU UXQV DW  IRU DSSUR[LPDWHO\ 
PLQXWHV ,I GHPDQG KDV QRW EHHQ VDWLV¿HG DIWHU
PLQXWHV

b. 

0RWRUUXQVDWXQWLOGHPDQGLVVDWLV¿HG

c. 

2QFHGHPDQGLVPHWPRWRUUDPSVGRZQWRVWRS

OFF

OFF

A

B

C

82%CFM

100% CFM

COOLING DEMAND

7 1/2 MIN

#4 Pins Jumpered

a. 

0RWRUUDPSVXSWR

b. 

0RWRU WKHQ UXQV DW  IRU DSSUR[LPDWHO\ 
PLQXWHV ,I GHPDQG KDV QRW EHHQ VDWLV¿HG DIWHU
PLQXWHV

c. 

0RWRUUXQVDWXQWLOGHPDQGLVVDWLV¿HG

d. 

2QFHGHPDQGLVPHWPRWRUUDPSVGRZQWRVWRS

A

B

OFF

OFF

C

D

E

COOLING DEMAND

7 1/2 MIN
82% CFM

100%

CFM

Checkout Procedures

NOTE: 

5HIHU WR RXWGRRU XQLW LQVWDOODWLRQ LQVWUXFWLRQV IRU

V\VWHP VWDUWXS LQVWUXFWLRQV DQG UHIULJHUDQW FKDUJLQJ
LQVWUXFWLRQV

Pre-Start-Up Checks 

• 

Is the air handler properly and securely installed?

• 

,IKRUL]RQWDOO\FRQ¿JXUHGLVWKHXQLWVORSHGXSWR
LQFKWRZDUGGUDLQOLQHV"

• 

Will the unit be accessible for servicing?

•  

Has an auxiliary pan been provided under the unit 

ZLWKVHSDUDWHGUDLQIRUXQLWVLQVWDOOHGDERYHD¿QLVKHG
FHLOLQJRULQDQ\LQVWDOODWLRQZKHUHFRQGHQVDWHRYHUÀRZ

could cause damage?

•  

Have ALL unused drain pan ports been properly 
plugged?

•  

Has the condensate line been properly sized, run, 
trapped, pitched, and tested?

•  

Is the duct system correctly sized, run, sealed, and 
insulated?

• 

+DYHDOOFDELQHWRSHQLQJVDQGZLULQJEHHQVHDOHG"

•  

Is the indoor coil factory-installed TXV properly sized 
for the outdoor unit being used?

•  

Have all unused parts and packaging been disposed 
of?

• 

,VWKH¿OWHUFOHDQLQSODFHDQGRIDGHTXDWHVL]H"

• 

,VWKHZLULQJQHDWFRUUHFWDQGLQDFFRUGDQFHZLWKWKH
ZLULQJGLDJUDP"

• 

Is the unit properly grounded and protected (fused)?

• 

,V WKH WKHUPRVWDW FRUUHFWO\ ZLUHG DQG LQ D JRRG

location?

• 

Are all access panels in place and secure?

Check Blower Operation

1. 

6HWWKHUPRVWDWWR)$1217KHLQGRRUEORZHUVKRXOG

come on.

Check Cooling Operation

1.  

Set thermostat to force a call for cooling (approximately 

ž)ORZHUWKDQWKHLQGRRUDPELHQWWHPSHUDWXUH

2.  

The outdoor unit should come on immediately and the 

LQGRRU EORZHU VKRXOG VWDUW EHWZHHQ    VHFRQGV

later.

Summary of Contents for GE NAMV1 Series

Page 1: ...lectrical Connections 12 ORZHU RQWURO 16 GMXVWLQJ WKH ORZHU 6SHHG 16 ORZHU 3HUIRUPDQFH 17 Checkout Procedures 21 Professional Maintenance 22 RPHRZQHU 0DLQWHQDQFH 22 Repairing or Replacing Cabinet Insu...

Page 2: ...68 DETAIL OF PIPING PLATE LIQUID LINE CONDENSATE DRAINS 2 Horizontal 1 3 4 44 3 4 19 2 3 4 70 3 1 2 89 PIPING PLATE 4 3 4 121 4 3 8 111 2 3 8 60 CONDENSATE DRAINS 2 Upflow and Downflow SUCTION LINE CO...

Page 3: ...tions supplied in separate equipment before starting the installation In addition to conforming to manufacturer s installation instructions and local municipal building codes installation RI DLU KDQGO...

Page 4: ...OWHU PXVW EH UHSODFHG XSRQ FRQVWUXFWLRQ completion Installation Clearances Non Ducted Return Closet Installation 7KH DLU KDQGOHU FDQ EH LQVWDOOHG LQ D FORVHW ZLWK D IDOVH bottom to form a return air p...

Page 5: ...eft hand applications The coil may tip into the drain pan once it is clear of the cabinet Support the FRLO ZKHQ UHPRYLQJ LW IMPORTANT NOTE KHQ WKH XQLW LV LQVWDOOHG LQ KRUL RQWDO DSSOLFDWLRQV D VHFRQG...

Page 6: ...same side as the horizontal drain pan as illustrated in Detail A in Figure 5 NOTE H YHU FDUHIXO ZKHQ UHLQVWDOOLQJ WKH VFUHZV LQWR WKH FRLO HQG SODWH HQJDJLQJ KROHV 0LVDOLJQHG VFUHZV PD GDPDJH WKH FRLO...

Page 7: ...ZKLFK includes green main drain and red secondary drain SOXJV 8QVFUHZ WKH SOXJV WR UHPRYH WKHP EHIRUH LQVHUWLQJ FRQGHQVDWH GUDLQ WWLQJV DRAIN PAN RED SECONDARY DRAIN PLUG UNSCREW PLUGS AND CONNECT PRO...

Page 8: ...heck again to ensure drain ports and drain pan are free of all debris 5 Plug and check any unused drain pan openings for WLJKWQHVV 7RUTXH SOXJV WR LQ OE WR SUHYHQW ZDWHU leaks or seepage from the drai...

Page 9: ...LWK WKLV V VWHP FKHFN WKH VSHFL FDWLRQV SURYLGHG E WKH OWHU manufacturer against the data given in the appropriate 3URGXFW 6SHFL FDWLRQV IMPORTANT Installing Duct System RQQHFW VXSSO DLU GXFW WR WKH D...

Page 10: ...AKS BEFORE INSTALLING EITHER REMOVE OR PUSH PIPE WRAPPING BACK THROUGH HOLE IN PIPING PLATE BEFORE LINE SET CONNECTION AND BRAZING CONNECT PIPES NOTE REFRIGERANT LINE SETS SHOULD BE ROUTED TO ALLOW FI...

Page 11: ...IWHU KDQGOLQJ EUD LQJ DOOR V DQG X CAUTION Recommended line length is 50 or less If more than 50 line set is required contact GE Appliances NOTE Sealing the Unit 6HDO WKH XQLW VR WKDW ZDUP DLU LV QRW...

Page 12: ...DFFHVV SDQHO 8QLW PD KDYH PXOWLSOH SRZHU VXSSOLHV WARNING Wiring must conform to the current National Electric RGH 16 1 3 1R RU DQDGLDQ OHFWULF RGH Part I CSA Standard C22 1 and local building codes...

Page 13: ...Q LQ LJXUH 12 1 5HPRYH WKH WZR VFUHZV WKDW VHFXUH WKH FRQWURO SDQHO to the cabinet Slide panel out 2 Slide the control panel into the notch on the electric KHDW PRXQWLQJ SDQHO LJXUH 8VLQJ WKH VFUHZV r...

Page 14: ...507789 02G 31 5000673 1 Issue 2336 Page 14 of 24 Figure 14 Typical Wiring Diagram NAMV1 LU DQGOHU ZLWK OHFWULF HDW 9DULDEOH 6SHHG 0RWRU...

Page 15: ...507789 02G 31 5000673 1 Issue 2336 Page 15 of 24 WARNING USE COPPER CONDUCTORS ONLY Y2 Figure 15 RZ 9ROWDJH RQQHFWLRQV 9DULDEOH 6SHHG 0RWRU...

Page 16: ...ery 100 CFM For example if the unit LV RSHUDWLQJ DW 0 WKH 0 ZLOO DVK WLPHV I WKH 0 LV 0 ZLOO DVK IXOO WLPHV SOXV RQH IDVW RU KDOI DVK W WLPHV WKH OLJKW PD DSSHDU WR LFNHU RU JORZ 7KLV LV QRUPDO DQG RF...

Page 17: ...VSHHG LV SURYLGHG IRU V VWHPV ZLWK D VLQJOH VWDJH RXWGRRU unit RU DSSOLFDWLRQV ZLWK RQH FRQWURO WKH DLU KDQGOHU 0 volume is determined by the control center The minimum EORZHU VSHHG LV SUHGHWHUPLQHG D...

Page 18: ...LQXRXV EORZHU VSHHG LV DSSUR LPDWHO RI 22 speed setting RQLQJ 6 VWHP DSSOLFDWLRQV PLQLPXP EORZHU VSHHG LV FIP NAM36V1 Blower Performance 0 through 0 80 in w g External Static Pressure Range ADJUST Jum...

Page 19: ...XPHV OLVWHG LUVW VWDJH FRROLQJ DLU YROXPH LV RI 22 VSHHG VHWWLQJ RQWLQXRXV EORZHU VSHHG LV DSSUR LPDWHO RI 22 speed setting RQLQJ 6 VWHP DSSOLFDWLRQV PLQLPXP EORZHU VSHHG LV FIP Operating Sequence Sys...

Page 20: ...aintain room humidity VHWSRLQW E DOORZLQJ the room space to maintain a cooler room thermostat setpoint Room Thermostat Calls for First and Second Stage Cooling 6 02 RQO DFWLYH RQ D WKHUPRVWDW GHPDQG N...

Page 21: ...t Procedures NOTE 5HIHU WR RXWGRRU XQLW LQVWDOODWLRQ LQVWUXFWLRQV IRU V VWHP VWDUW XS LQVWUXFWLRQV DQG UHIULJHUDQW FKDUJLQJ LQVWUXFWLRQV Pre Start Up Checks Is the air handler properly and securely in...

Page 22: ...YHORFLW OWHU ZLWK D GLVSRVDEOH ORZ YHORFLW OWHU XQOHVV return air system is properly sized for it I ZDWHU VKRXOG VWDUW FRPLQJ IURP WKH VHFRQGDU GUDLQ OLQH D SUREOHP H LVWV ZKLFK VKRXOG EH LQYHVWLJDWHG...

Page 23: ...ROP Cooling Mode Return Duct Temperature ___________ THERMOSTAT Adjusted and Programmed Return External Static ______ ______ Total External Static ______ ______ 6 Supply Duct Temperature ___________ T...

Page 24: ...______ ______ Total External Static ______ ______ 6 6 Supply Duct Temperature ___________ Temperature Drop ___________ TEMPERATURE RISE Heating Mode Return Duct Temperature __________ Supply Duct Tem...

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