V Series LCU Sub. Set

VS/VL Submittal DataContractor: P.O.:

Engineer:

Project Name: Unit Tag:

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Water Entering Total Sensible Rejected Power Heating Heat of Power Water

Rate Water Temp. Cooling Cooling Heat Input EER Capacity Absorpt. Input COP PD

GPMOF BTUH BTUH BTUH Watts BTUH BTUH Watts Ft. H2O

9 80,722 58,822 93,790 3,830 21.1 3.713.5 40 81,696 59,159 94,157 3,652 22.4 5.218 82,200 59,217 94,364 3,565 23.1 61,058 42,951 5,307 3.4 8.223 82,410 59,566 94,488 3,540 23.3 61,685 43,526 5,322 3.4 12.69 79,292 58,928 93,578 4,187 18.9 65,436 46,953 5,417 3.5 3.7

13.5 50 80,320 59,278 93,985 4,005 20.1 67,517 48,867 5,466 3.6 5.218 80,852 59,413 94,248 3,926 20.6 68,615 49,876 5,492 3.7 8.223 81,168 59,548 94,400 3,878 20.9 69,364 50,564 5,510 3.7 12.69 77,741 59,042 93,307 4,562 17.0 72,873 53,759 5,602 3.8 3.7

13.5 60 78,853 59,421 93,777 4,374 18.0 75,153 55,844 5,659 3.9 5.218 79,467 59,581 94,111 4,292 18.5 76,382 56,961 5,692 3.9 8.223 79,832 59,691 94,289 4,237 18.8 77,227 57,727 5,715 4.0 12.69 75,616 58,775 92,509 4,951 15.3 80,665 60,841 5,810 4.1 3.7

13.5 70 76,780 59,154 92,987 4,750 16.2 83,305 63,352 5,848 4.2 5.218 77,440 59,328 93,354 4,664 16.6 84,851 64,768 5,886 4.2 8.223 77,812 59,479 93,538 4,609 16.9 85,887 65,712 5,913 4.3 12.69 73,329 58,072 91,665 5,374 13.6 88,670 68,089 6,032 4.3 3.7

13.5 80 74,443 58,616 92,052 5,161 14.4 92,032 71,140 6,123 4.4 5.218 75,124 58,788 92,419 5,069 14.8 93,916 72,871 6,168 4.5 8.223 75,495 58,936 92,589 5,010 15.1 94,976 73,791 6,209 4.5 12.69 71,735 58,559 91,811 5,884 12.2 3.7

13.5 90 72,214 57,878 91,407 5,625 12.8 5.218 72,822 58,212 91,697 5,532 13.2 8.223 73,178 58,346 91,842 5,470 13.4 12.69 68,996 57,420 90,942 6,432 10.7 3.7

13.5 100 70,186 57,904 91,218 6,164 11.4 5.218 70,876 58,160 91,539 6,056 11.7 8.223 71,221 58,316 91,642 5,985 11.9 12.69 3.7

13.5 110 5.218 67,954 57,113 90,617 6,642 10.2 8.223 68,318 57,275 90,694 6,558 10.4 12.6

Total Total Sensible Heat Input Total Heat Power

Entering Cooling Cooling of Power Heating of Input

SCFM Capacity Capacity Rejection Watts Capacity Absorption Watts

2300 0.987 0.937 0.951 0.980 0.989 0.989 0.9912500 0.995 0.976 0.975 0.991 0.995 0.997 0.9892600 1.000 1.000 1.000 1.000 1.000 1.000 1.0002700 1.002 1.011 1.002 1.002 1.002 1.004 0.9952900 1.019 1.067 1.037 1.022 1.009 1.010 1.0063100 1.022 1.096 1.071 1.032 1.016 1.014 1.0233300 1.023 1.123 1.110 1.040 1.024 1.018 1.045

Entering Total Heat Entering Total Heat

Air Cooling of Air Heating of PoweroF WB Capacity 70o DB 75o DB 80o DB 85o DB 90o DB Rejection

oF DB Capacity Absorp. Input

57 0.982 1.017 * * * * 0.985 55 1.018 1.063 0.87261 0.983 0.825 1.061 * * * 0.985 60 1.012 1.043 0.91164 0.980 0.686 0.912 1.145 * * 0.983 65 1.006 1.022 0.95467 1.000 0.549 0.771 1.000 1.230 * 1.000 70 1.000 1.000 1.00070 1.045 0.417 0.631 0.856 1.104 1.315 1.038 75 0.991 0.974 1.046

Sensible Cooling Capacity Entering Dry Bulb

Cooling Heating

Operation Not Recommended


Cooling Performance - EAT 80/67OF Heating Performance - EAT 70 OF

Cooling Heating

Cooling Corrections * Sensible Equals Total

Correction Factors For Variations In Entering Air Temperature

Correction Factors For Variations in Entering Air Flow

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Performance DataVS/VL 080Rated Air Flow 2600 SCFM VS - Water temperature range (60°F - 110°F)

VL - Water temperature range (40°F - 110°F)

VS/VL Submittal Data


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Engineer:


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13 112,510 79,307 135,435 6,719 16.7 5.019 40 114,044 79,912 136,109 6,467 17.6 9.026 114,951 80,259 136,542 6,328 18.2 84,719 58,583 7,660 3.2 15.533 115,377 80,553 136,695 6,248 18.5 85,933 59,599 7,718 3.3 23.113 110,921 79,479 135,757 7,279 15.2 92,859 65,300 8,077 3.4 5.019 50 112,634 80,129 136,607 7,026 16.0 96,440 68,236 8,266 3.4 9.026 113,674 80,509 137,169 6,886 16.5 97,933 69,306 8,390 3.4 15.533 114,287 80,782 137,506 6,805 16.8 101,678 72,935 8,424 3.5 23.113 107,916 79,182 134,659 7,838 13.8 106,253 76,343 8,766 3.6 5.019 60 109,777 79,838 135,671 7,589 14.5 110,586 79,868 9,003 3.6 9.026 110,938 80,225 136,354 7,449 14.9 113,454 82,282 9,136 3.6 15.533 111,595 80,495 136,738 7,369 15.1 115,367 83,902 9,222 3.7 23.113 104,361 78,074 132,868 8,355 12.5 120,154 87,791 9,485 3.7 5.019 70 106,308 78,760 134,013 8,120 13.1 125,464 92,136 9,768 3.8 9.026 107,340 79,328 134,616 7,994 13.4 128,930 95,025 9,937 3.8 15.533 108,019 79,598 135,032 7,917 13.6 130,817 96,533 10,048 3.8 23.113 100,084 76,763 130,307 8,858 11.3 134,872 99,950 10,235 3.9 5.019 80 101,874 77,656 131,381 8,648 11.8 141,443 105,245 10,609 3.9 9.026 103,343 77,864 132,389 8,513 12.1 145,332 108,397 10,825 3.9 15.533 104,029 78,132 132,833 8,442 12.3 147,681 110,299 10,956 4.0 23.113 95,447 75,747 127,400 9,365 10.2 5.019 90 97,483 76,383 128,740 9,161 10.6 9.026 98,930 76,565 129,764 9,037 10.9 15.533 99,414 77,034 130,067 8,984 11.1 23.113 90,207 74,118 123,740 9,828 9.2 5.019 100 92,255 74,671 125,136 9,637 9.6 9.026 93,528 75,030 126,048 9,531 9.8 15.533 94,195 75,273 126,520 9,474 9.9 23.113 5.019 110 9.026 88,243 73,183 122,346 9,995 8.8 15.533 88,842 73,542 122,785 9,948 8.9 23.1




3000 0.978 0.930 0.971 0.949 0.986 0.984 0.9933200 0.989 0.955 0.984 0.968 0.994 0.994 0.9963400 0.995 0.984 0.994 0.989 1.001 1.002 1.0003500 1.000 1.000 1.000 1.000 1.000 1.000 1.0003600 1.005 1.010 1.005 1.005 1.008 1.009 1.0063800 1.011 1.037 1.016 1.034 1.015 1.015 1.0154000 1.015 1.068 1.025 1.061 1.022 1.021 1.0264200 1.019 1.088 1.034 1.085 1.027 1.022 1.039




57 0.994 1.017 * * * * 0.995 55 1.048 1.091 0.92861 0.995 0.820 1.055 * * * 0.995 60 1.033 1.061 0.95364 0.975 0.683 0.915 1.143 * * 0.978 65 1.018 1.032 0.97867 1.000 0.548 0.776 1.000 1.235 * 1.000 70 1.000 1.000 1.00070 1.048 0.426 0.633 0.857 1.087 1.331 1.042 75 0.986 0.973 1.022



Cooling Performance - EAT 80/67OF Heating Performance - EAT 70OF


Cooling Heating

Correction Factors For Variations in Entering Air FlowCooling Heating



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16 134,875 94,734 162,823 8,191 16.5 6.823.5 40 136,536 95,620 163,498 7,902 17.3 13.131 137,636 95,938 164,052 7,742 17.8 98,467 67,916 8,954 3.2 20.839 138,472 96,396 164,676 7,680 18.0 99,697 68,948 9,012 3.2 30.716 132,539 94,806 162,725 8,847 15.0 108,216 75,904 9,470 3.3 6.8

23.5 50 134,595 95,609 163,805 8,561 15.7 112,099 79,146 9,658 3.4 13.131 135,769 96,033 164,481 8,415 16.1 113,936 80,649 9,756 3.4 20.839 136,517 96,368 164,908 8,321 16.4 115,810 82,308 9,819 3.5 30.716 128,865 94,109 161,166 9,467 13.6 123,170 88,351 10,205 3.5 6.8

23.5 60 131,074 94,941 162,447 9,195 14.3 127,917 92,330 10,430 3.6 13.131 132,352 95,393 163,248 9,055 14.6 130,554 94,568 10,547 3.6 20.839 133,135 95,730 163,727 8,966 14.8 132,333 96,053 10,633 3.6 30.716 124,158 92,810 158,445 10,049 12.4 139,080 101,623 10,978 3.7 6.8

23.5 70 126,466 93,649 159,880 9,793 12.9 144,668 106,263 11,256 3.8 13.131 127,817 94,114 160,784 9,662 13.2 147,973 109,107 11,391 3.8 20.839 128,620 94,447 161,300 9,578 13.4 149,708 110,446 11,507 3.8 30.716 118,686 91,460 154,915 10,618 11.2 155,767 115,587 11,776 3.9 6.8

23.5 80 121,264 91,980 156,633 10,366 11.7 162,571 121,173 12,133 3.9 13.131 122,653 92,441 157,606 10,244 12.0 166,138 124,129 12,312 4.0 20.839 123,464 92,766 158,150 10,166 12.1 168,733 126,329 12,428 4.0 30.716 113,267 89,850 151,379 11,170 10.1 6.8

23.5 90 115,890 90,302 153,190 10,932 10.6 13.131 117,055 91,103 154,021 10,834 10.8 20.839 117,885 91,374 154,602 10,761 11.0 30.716 107,709 88,140 147,732 11,730 9.2 6.8

23.5 100 110,061 89,039 149,350 11,515 9.6 13.131 111,438 89,549 150,359 11,407 9.8 20.839 112,213 89,875 150,902 11,339 9.9 30.716 6.8

23.5 110 13.131 104,884 87,126 145,709 11,965 8.8 20.839 105,663 87,446 146,269 11,901 8.9 30.7




3500 0.978 0.925 0.935 0.968 0.977 0.975 0.9833700 0.986 0.949 0.953 0.978 0.982 0.980 0.9863900 0.994 0.969 0.971 0.989 0.990 0.990 0.9894100 0.999 0.991 0.991 0.997 0.996 0.997 0.9964200 1.000 1.000 1.000 1.000 1.000 1.000 1.0004300 1.002 1.016 1.012 1.004 1.001 1.000 1.0044500 1.005 1.037 1.034 1.011 1.006 1.003 1.0134700 1.013 1.065 1.059 1.023 1.014 1.010 1.024


Air Cooling of Air Heating ofPower

oF WB Capacity 70o DB 75o DB 80o DB 85o DB 90o DB Rejection oF DB Capacity Absorp. Input

57 0.974 1.010 * * * * 0.978 55 1.046 1.088 0.92761 0.975 0.823 1.055 * * * 0.977 60 1.033 1.062 0.95164 0.965 0.690 0.915 1.143 * * 0.973 65 1.015 1.028 0.97867 1.000 0.556 0.776 1.000 1.235 * 1.005 70 1.000 1.000 1.00070 1.049 0.431 0.633 0.857 1.092 1.322 1.042 75 0.984 0.970 1.024





Cooling Heating

Correction Factors For Variations in Entering Air FlowCooling Heating



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Water Entering Total Sensible Rejected Power Heating Heat of Power WaterRate Water Temp. Cooling Cooling Heat Input EER Capacity Absorpt. Input COP PD

GPMoF Btuh Btuh Btuh Watts Btuh Btuh Watts Ft. H2O

18 161,444 117,644 187,580 7,660 21.1 3.727 40 163,392 118,318 188,313 7,304 22.4 5.236 164,400 118,434 188,728 7,130 23.1 122,117 85,902 10,614 3.4 8.246 164,820 119,132 188,977 7,080 23.3 123,369 87,052 10,644 3.4 12.618 158,584 117,856 187,156 8,374 18.9 130,872 93,906 10,834 3.5 3.727 50 160,640 118,556 187,970 8,010 20.1 135,034 97,734 10,932 3.6 5.236 161,704 118,826 188,495 7,852 20.6 137,229 99,752 10,984 3.7 8.246 162,336 119,096 188,799 7,756 20.9 138,728 101,128 11,020 3.7 12.618 155,482 118,084 186,613 9,124 17.0 145,746 107,518 11,204 3.8 3.727 60 157,706 118,842 187,554 8,748 18.0 150,305 111,688 11,318 3.9 5.236 158,934 119,162 188,223 8,584 18.5 152,764 113,922 11,384 3.9 8.246 159,664 119,382 188,577 8,474 18.8 154,453 115,454 11,430 4.0 12.618 151,232 117,550 185,018 9,902 15.3 161,329 121,682 11,620 4.1 3.727 70 153,560 118,308 185,974 9,500 16.2 166,611 126,704 11,696 4.2 5.236 154,880 118,656 186,707 9,328 16.6 169,702 129,536 11,772 4.2 8.246 155,624 118,958 187,076 9,218 16.9 171,774 131,424 11,826 4.3 12.618 146,658 116,144 183,330 10,748 13.6 177,340 136,178 12,064 4.3 3.727 80 148,886 117,232 184,105 10,322 14.4 184,063 142,280 12,246 4.4 5.236 150,248 117,576 184,839 10,138 14.8 187,832 145,742 12,336 4.5 8.246 150,990 117,872 185,178 10,020 15.1 189,952 147,582 12,418 4.5 12.718 143,470 117,118 183,622 11,768 12.2 3.727 90 144,428 115,756 182,813 11,250 12.8 5.236 145,644 116,424 183,394 11,064 13.2 8.246 146,356 116,692 183,683 10,940 13.4 12.618 137,992 114,840 181,884 12,864 10.7 3.727 100 140,372 115,808 182,435 12,328 11.4 5.236 141,752 116,320 183,078 12,112 11.7 8.246 142,442 116,632 183,284 11,970 11.9 12.618 3.727 110 5.236 135,908 114,226 181,233 13,284 10.2 8.246 136,636 114,550 181,388 13,116 10.4 12.6

Total Total Sensible Heat Input Total Heat PowerEntering Cooling Cooling of Power Heating of Input


4600 0.987 0.937 0.951 0.980 0.989 0.989 0.9915000 0.995 0.976 0.975 0.991 0.995 0.997 0.9895200 1.000 1.000 1.000 1.000 1.000 1.000 1.0005400 1.002 1.011 1.002 1.002 1.002 1.004 0.9955800 1.019 1.067 1.037 1.022 1.009 1.010 1.0066200 1.022 1.096 1.071 1.032 1.016 1.014 1.0236600 1.023 1.123 1.110 1.040 1.024 1.018 1.045


Air Cooling of Air Heating of PoweroF WB Capacity 70

o DB 75

o DB 80

o DB 85

o DB 90

o DB Rejection

o F DB Capacity Absorp. Input

57 0.982 1.017 * * * * 0.985 55 1.018 1.063 0.87261 0.983 0.825 1.061 * * * 0.985 60 1.012 1.043 0.91164 0.980 0.686 0.912 1.145 * * 0.983 65 1.006 1.022 0.95467 1.000 0.549 0.771 1.000 1.230 * 1.000 70 1.000 1.000 1.00070 1.045 0.417 0.631 0.856 1.104 1.315 1.038 75 0.991 0.974 1.046

Cooling Performance - EAT 80/67 OF Heating Performance - EAT 70O F




Cooling Heating



Cooling Heating



Engineer:



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26 225,020 158,614 270,870 13,438 16.7 5.038 40 228,088 159,824 272,219 12,934 17.6 9.052 229,902 160,518 273,084 12,656 18.2 169,438 117,166 15,320 3.2 15.566 230,754 161,106 273,390 12,496 18.5 171,866 119,198 15,436 3.3 23.126 221,842 158,958 271,514 14,558 15.2 185,717 130,600 16,154 3.4 5.038 50 225,268 160,258 273,213 14,052 16.0 192,879 136,472 16,532 3.4 9.052 227,348 161,018 274,338 13,772 16.5 195,865 138,612 16,780 3.4 15.566 228,574 161,564 275,011 13,610 16.8 203,355 145,870 16,848 3.5 23.126 215,832 158,364 269,319 15,676 13.8 212,505 152,686 17,532 3.6 5.038 60 219,554 159,676 271,341 15,178 14.5 221,172 159,736 18,006 3.6 9.052 221,876 160,450 272,708 14,898 14.9 226,908 164,564 18,272 3.6 15.566 223,190 160,990 273,476 14,738 15.1 230,735 167,804 18,444 3.7 23.126 208,722 156,148 265,737 16,710 12.5 240,308 175,582 18,970 3.7 5.038 70 212,616 157,520 268,027 16,240 13.1 250,929 184,272 19,536 3.8 9.052 214,680 158,656 269,231 15,988 13.4 257,860 190,050 19,874 3.8 15.566 216,038 159,196 270,064 15,834 13.6 261,634 193,066 20,096 3.8 23.126 200,168 153,526 260,615 17,716 11.3 269,744 199,900 20,470 3.9 5.038 80 203,748 155,312 262,762 17,296 11.8 282,886 210,490 21,218 3.9 9.052 206,686 155,728 264,779 17,026 12.1 290,664 216,794 21,650 3.9 15.566 208,058 156,264 265,666 16,884 12.3 295,362 220,598 21,912 4.0 23.126 190,894 151,494 254,801 18,730 10.2 5.038 90 194,966 152,766 257,481 18,322 10.6 9.052 197,860 153,130 259,528 18,074 10.9 15.566 198,828 154,068 260,135 17,968 11.1 23.126 180,414 148,236 247,480 19,656 9.2 5.038 100 184,510 149,342 250,273 19,274 9.6 9.052 187,056 150,060 252,096 19,062 9.8 15.566 188,390 150,546 253,041 18,948 9.9 23.126 5.038 110 9.052 176,486 146,366 244,692 19,990 8.8 15.566 177,684 147,084 245,569 19,896 8.9 23.1




6000 0.977 0.929 0.951 0.971 0.987 0.984 0.9956400 0.989 0.955 0.968 0.984 0.994 0.994 0.9966800 0.995 0.984 0.989 0.994 1.001 1.002 1.0007000 1.000 1.000 1.000 1.000 1.000 1.000 1.0007200 1.004 1.008 1.008 1.005 0.737 1.009 1.0057600 1.007 1.037 1.031 1.012 1.015 1.015 1.0138000 1.011 1.061 1.054 1.021 1.021 1.021 1.0238400 1.013 1.085 1.078 1.028 1.025 1.022 1.034




57 0.994 1.017 * * * * 0.995 55 1.048 1.091 0.92861 0.995 0.820 1.068 * * * 0.995 60 1.033 1.061 0.95364 0.975 0.683 0.910 1.154 * * 0.978 65 1.018 1.032 0.97867 1.000 0.548 0.770 1.000 1.243 * 1.000 70 1.000 1.000 1.00070 1.048 0.426 0.633 0.857 1.087 1.331 1.042 75 0.986 0.973 1.022





Cooling Heating


Cooling Heating



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32 269,750 189,468 325,645 16,382 16.5 6.847 40 273,072 191,240 326,995 15,804 17.3 13.162 275,272 191,876 328,103 15,484 17.8 196,934 135,832 17,908 3.2 20.878 276,944 192,792 329,352 15,360 18.0 199,394 137,896 18,024 3.2 30.732 265,078 189,612 325,450 17,694 15.0 216,431 151,808 18,940 3.3 6.847 50 269,190 191,218 327,610 17,122 15.7 224,198 158,292 19,316 3.4 13.162 271,538 192,066 328,962 16,830 16.1 227,873 161,298 19,512 3.4 20.878 273,034 192,736 329,817 16,642 16.4 231,621 164,616 19,638 3.5 30.732 257,730 188,218 322,333 18,934 13.6 246,341 176,702 20,410 3.5 6.847 60 262,148 189,882 324,895 18,390 14.3 255,834 184,660 20,860 3.6 13.162 264,704 190,786 326,495 18,110 14.6 261,109 189,136 21,094 3.6 20.878 266,270 191,460 327,454 17,932 14.8 264,666 192,106 21,266 3.6 30.732 248,316 185,620 316,890 20,098 12.4 278,160 203,246 21,956 3.7 6.847 70 252,932 187,298 319,759 19,586 12.9 289,337 212,526 22,512 3.8 13.162 255,634 188,228 321,567 19,324 13.2 295,946 218,214 22,782 3.8 20.878 257,240 188,894 322,600 19,156 13.4 299,416 220,892 23,014 3.8 30.732 237,372 182,920 309,829 21,236 11.2 311,533 231,174 23,552 3.9 6.847 80 242,528 183,960 313,266 20,732 11.7 325,142 242,346 24,266 3.9 13.162 245,306 184,882 315,211 20,488 12.0 332,275 248,258 24,624 4.0 20.878 246,928 185,532 316,301 20,332 12.1 337,467 252,658 24,856 4.0 30.732 226,534 179,700 302,758 22,340 10.1 6.847 90 231,780 180,604 306,380 21,864 10.6 13.162 234,110 182,206 308,041 21,668 10.8 20.878 235,770 182,748 309,203 21,522 11.0 30.732 215,418 176,280 295,464 23,460 9.2 6.847 100 220,122 178,078 298,700 23,030 9.6 13.162 222,876 179,098 300,717 22,814 9.8 20.878 224,426 179,750 301,803 22,678 9.9 30.732 6.847 110 13.162 209,768 174,252 291,417 23,930 8.8 20.878 211,326 174,892 292,538 23,802 8.9 30.7




7000 0.978 0.924 0.937 0.968 0.977 0.975 0.9847400 0.985 0.948 0.955 0.978 0.982 0.980 0.9887800 0.994 0.968 0.972 0.989 0.991 0.990 0.9918200 0.999 0.991 0.991 0.997 0.996 0.997 0.9968400 1.000 1.000 1.000 1.000 1.000 1.000 1.0008600 1.002 1.016 1.012 1.004 1.001 1.000 1.0039000 1.005 1.038 1.033 1.011 1.006 1.003 1.0139400 1.013 1.065 1.057 1.023 1.014 1.010 1.023




57 0.974 1.010 * * * * 0.978 55 1.046 1.088 0.92761 0.975 0.823 1.055 * * * 0.977 60 1.033 1.062 0.95164 0.965 0.690 0.915 1.143 * * 0.973 65 1.015 1.028 0.97867 1.000 0.556 0.776 1.000 1.235 * 1.005 70 1.000 1.000 1.00070 1.049 0.431 0.633 0.857 1.092 1.322 1.042 75 0.984 0.970 1.024





Cooling Heating


Cooling Heating



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40 344,094 233,156 427,169 24,348 14.1 5.160 40 348,878 235,058 429,367 23,590 14.8 9.980 351,452 236,178 430,720 23,232 15.1 253,967 164,320 26,274 2.8 16.2

100 352,516 238,782 431,743 23,220 15.2 256,321 166,196 26,414 2.8 23.540 333,454 228,686 421,299 25,746 13.0 275,817 181,502 27,642 2.9 5.160 50 342,214 237,548 427,999 25,142 13.6 284,168 188,134 28,146 3.0 9.980 344,532 238,730 429,034 24,766 13.9 288,515 191,614 28,400 3.0 16.2

100 346,080 239,618 429,947 24,580 14.1 291,344 193,870 28,568 3.0 23.540 322,286 224,422 415,236 27,242 11.8 308,451 207,258 29,658 3.0 5.160 60 327,544 226,596 417,962 26,500 12.4 318,428 215,140 30,272 3.1 9.980 330,466 227,708 419,649 26,138 12.6 323,463 219,138 30,576 3.1 16.2

100 331,560 228,938 420,149 25,964 12.8 326,634 221,572 30,792 3.1 23.540 310,102 219,830 408,217 28,756 10.8 341,627 233,398 31,720 3.2 5.160 70 315,606 222,048 411,238 28,028 11.3 353,969 243,134 32,484 3.2 9.980 318,692 223,234 413,102 27,670 11.5 360,255 248,164 32,852 3.2 16.2

100 320,386 223,978 414,100 27,466 11.7 364,176 251,212 33,108 3.2 23.540 296,306 215,642 399,778 30,326 9.8 374,790 259,178 33,884 3.2 5.160 80 302,578 217,160 403,491 29,576 10.2 389,475 270,860 34,764 3.3 9.980 305,852 218,394 405,557 29,222 10.5 396,775 276,632 35,212 3.3 16.2

100 307,600 219,150 406,623 29,022 10.6 401,688 280,494 35,520 3.3 23.540 284,618 210,794 393,277 31,846 8.9 5.160 90 290,034 213,668 396,502 31,204 9.3 9.980 293,354 214,830 398,676 30,868 9.5 16.2

100 295,088 215,544 399,775 30,682 9.6 23.540 271,612 206,156 385,580 33,402 8.1 5.160 100 277,406 208,562 389,176 32,758 8.5 9.980 278,988 209,408 389,571 32,410 8.6 16.2

100 280,724 210,066 390,706 32,234 8.7 23.540 5.160 110 9.980 265,652 203,988 381,721 34,018 7.8 16.2

100 267,356 204,744 382,859 33,852 7.9 23.5




8000 0.980 0.951 0.956 0.974 0.985 0.982 0.9928500 0.990 0.973 0.976 0.987 0.992 0.991 0.9959000 1.000 1.000 1.000 1.000 1.000 1.000 1.0009500 1.001 1.023 1.023 1.006 1.008 1.008 1.009

10000 1.006 1.041 1.046 1.016 1.016 1.014 1.01910500 1.012 1.071 1.076 1.028 1.341 1.481 1.03111000 1.016 1.087 1.102 1.038 1.029 1.022 1.045




57 0.953 1.012 * * * * 0.959 55 1.033 1.078 0.93261 0.939 0.839 1.055 1.277 * * 0.948 60 1.022 1.053 0.95464 0.961 0.708 0.919 1.138 1.359 * 0.967 65 1.010 1.025 0.97767 1.000 0.583 0.787 1.000 1.221 1.441 1.000 70 1.000 1.000 1.00070 1.045 0.462 0.659 0.871 1.085 1.303 1.040 75 0.986 0.970 1.022





Cooling Heating


Cooling Heating



----

----

----





Page ______ of ______

Contractor: P.O.:

Engineer:


Rev.: 6/00*LC009*

LC099

VS/VL080

VS/VL 100

BLOWERPERFORMANCE

.2 .3 .4 .5 .6 .7 .8 .9 1 1.1 1.2 1.3 1.4 1.5

BHP 0.44 0.48 0.52 0.56 0.60 0.65 0.69 0.74 0.79 0.83 0.88 0.93 0.99 1.04RPM 618 657 694 730 765 799 833 866 898 929 960 990 1020 1049

BHP 0.54 0.59 0.63 0.67 0.72 0.77 0.81 0.86 0.91 0.96 1.02 1.07 1.12 1.18RPM 657 693 728 762 795 827 859 890 920 950 980 1009 1037 1065

BHP 0.67 0.71 0.76 0.81 0.86 0.91 0.96 1.01 1.06 1.11 1.17 1.22 1.28 1.33RPM 697 730 763 795 826 857 887 916 945 974 1002 1030 1057 1084

BHP 0.81 0.86 0.91 0.96 1.01 1.06 1.11 1.17 1.22 1.28 1.34 1.39 1.45 1.51RPM 737 768 799 829 859 888 916 945 972 999 1026 1053 1079 1105

BHP 0.97 1.02 1.07 1.13 1.18 1.24 1.29 1.35 1.41 1.47 1.52 1.58 1.64 1.71RPM 778 807 836 865 893 920 948 974 1001 1027 1052 1078 1103 1127

BHP 1.15 1.21 1.26 1.32 1.38 1.43 1.49 1.55 1.61 1.67 1.73 1.80 1.86 1.92RPM 819 846 874 901 928 954 980 1005 1031 1056 1080 1104 1128 1152

"A" equals standard sheave RPM range."B" equals low RPM sheave option."C" equals high RPM sheave option.Bold numbers require 2 horsepower motor.

Sheave setting vs. blower RPM5 4.5 4 3.5 3 2.5 2 1.5 1 .5 0

768 790 811 832 854 875 896 918 939 960 982591 614 636 659 682 705 727 750 773 795 818890 919 949 979 1008 1038 1068 1097 1127 1157 1186

3300

EXTERNAL STATIC PRESSURE

Turns Out

SCFM Air Flow

2300

2500

2700

2900

3100

"A" RPM Range"B" RPM Range"C" RPM Range

BA C

.2 .3 .4 .5 .6 .7 .8 .9 1 1.1 1.2 1.3 1.4 1.5

BHP 0.52 0.58 0.65 0.71 0.78 0.85 0.92 1.0 1.07 1.15 1.24 1.32 1.41 1.50RPM 534 571 607 641 675 708 740 771 802 832 861 890 918 946

BHP 0.61 0.68 0.74 0.81 0.88 0.95 1.03 1.11 1.19 1.27 1.35 1.44 1.53 1.62RPM 558 593 627 660 692 724 754 784 814 843 871 899 926 953

BHP 0.71 0.78 0.85 0.92 0.99 1.07 1.15 1.23 1.31 1.39 1.48 1.57 1.66 1.75RPM 582 615 647 679 710 740 770 799 827 855 883 910 936 962

BHP 0.82 0.89 0.97 1.04 1.12 1.20 1.28 1.36 1.44 1.53 1.62 1.71 1.80 1.89RPM 606 638 669 699 729 758 786 814 842 868 895 921 947 972

BHP 0.95 1.02 1.10 1.17 1.25 1.33 1.42 1.50 1.59 1.68 1.77 1.86 1.95RPM 630 661 690 719 748 776 803 830 857 883 908 934 959

BHP 1.08 1.16 1.24 1.32 1.40 1.48 1.57 1.66 1.75 1.84 1.93RPM 655 684 713 740 768 795 821 847 873 898 923

BHP 1.23 1.31 1.39 1.48 1.56 1.65 1.74 1.83 1.92RPM 680 708 735 762 788 814 840 865 890

"A" equals standard sheave RPM range."B" equals low RPM sheave option."C" equals high RPM sheave option.Bold numbers require 2 horsepower motor.


724 744 764 784 805 825 845 865 885 905 925523 543 563 583 603 624 644 664 684 704 724761 786 812 837 862 888 913 938 964 989 1014

3000

3200

3400

SCFM Air Flow

3600

3800

4000

4200


Turns Out"A" RPM Range"B" RPM Range"C" RPM Range

BA

C


Engineer:



Page ______ of ______Rev.: 6/00*LC009*

LC099

VS/VL 160

VS/VL 120

BLOWERPERFORMANCE

AB

BA

C

.2 .3 .4 .5 .6 .7 .8 .9 1 1.1 1.2 1.3 1.4 1.5

BHP 0.82 0.89 0.96 1.04 1.11 1.19 1.27 1.36 1.44 1.53 1.62 1.71 1.80RPM 619 651 682 713 742 772 800 828 856 883 910 936 961

BHP 0.95 1.02 1.10 1.17 1.25 1.33 1.42 1.50 1.59 1.68 1.77 1.86 1.96RPM 645 675 705 734 763 791 818 845 872 898 924 949 974

BHP 1.09 1.16 1.24 1.32 1.40 1.49 1.57 1.66 1.75 1.84 1.94 2.03RPM 671 700 729 757 784 811 837 863 889 914 939 964

BHP 1.24 1.32 1.40 1.48 1.57 1.66 1.74 1.84 1.93 2.02RPM 697 725 752 779 806 832 857 882 907 937

BHP 1.40 1.49 1.57 1.66 1.75 1.84 1.93 2.02RPM 724 750 776 802 828 853 877 902 Operation

BHP 1.59 1.67 1.76 1.85 1.94 2.04 NotRPM 750 776 801 826 850 874 Recommended

BHP 1.78 1.87 1.96RPM 777 801 825

"A" equals standard sheave RPM range."B" equals low RPM sheave option.Bold numbers require 3 horsepower motor.


768 790 811 832 854 875 896 918 939 960 982603 624 644 664 684 704 724 744 764 784 805

EXTERNAL STATIC PRESSURESCFM Air Flow

Turns Out"A" RPM Range

3500

3700

3900

4100

4300

4500

4700

"B" RPM Range

.2 .3 .4 .5 .6 .7 .8 .9 1 1.1 1.2 1.3 1.4 1.5

BHP 0.87 0.95 1.04 1.12 1.21 1.29 1.38 1.48 1.57 1.67 1.77 1.87 1.97 2.08RPM 618 657 694 730 765 799 833 866 898 929 960 990 1020 1049

BHP 1.09 1.17 1.25 1.35 1.44 1.53 1.63 1.73 1.83 1.93 2.03 2.14 2.24 2.35RPM 657 693 728 762 795 827 859 890 920 950 980 1009 1027 1065

BHP 1.33 1.42 1.52 1.61 1.71 1.81 1.91 2.01 2.12 2.22 2.33 2.44 2.55 2.67RPM 697 730 763 795 826 857 887 916 945 974 1002 1030 1057 1084

BHP 1.62 1.71 1.81 1.91 2.02 2.12 2.23 2.34 2.45 2.56 2.67 2.78 2.90RPM 737 768 799 829 859 888 916 945 972 999 1026 1053 1079

BHP 1.94 2.04 2.15 2.26 2.36 2.47 2.59 2.70 2.81 2.93RPM 778 807 836 865 893 920 948 974 1001 1027

BHP 2.30 2.41 2.52 2.64 2.75 2.87 2.99 OperationRPM 819 846 874 901 928 954 980 Not

BHP 2.71 2.82 2.94 RecommendedRPM 860 886 912

"A" equals standard sheave RPM range."B" equals low RPM sheave option."C" equals high RPM sheave option.


768 790 811 832 854 875 896 918 939 960 982591 614 636 659 682 705 727 750 773 795 818890 919 949 979 1008 1038 1068 1097 1127 1157 1186

"B" RPM Range"C" RPM Range



4600

5000

5400

5800

6200

6600

7000



Page ______ of ______

Contractor: P.O.:

Engineer:


Rev.: 6/00*LC009*

LC099

VS/VL 200

VS/VL 240

BLOWERPERFORMANCE

CAB

BA

.2 .3 .4 .5 .6 .7 .8 .9 1 1.1 1.2 1.3 1.4 1.5

BHP 0.52 0.58 0.65 0.71 0.78 0.85 0.92 1.0 1.07 1.15 1.24 1.32 1.41 1.50RPM 534 571 607 641 675 708 740 771 802 832 861 890 918 946

BHP 0.61 0.68 0.74 0.81 0.88 0.95 1.03 1.11 1.19 1.27 1.35 1.44 1.53 1.62RPM 558 593 627 660 692 724 754 784 814 843 871 899 926 953

BHP 0.71 0.78 0.85 0.92 0.99 1.07 1.15 1.23 1.31 1.39 1.48 1.57 1.66 1.75RPM 582 615 647 679 710 740 770 799 827 855 883 910 936 962

BHP 0.82 0.89 0.97 1.04 1.12 1.20 1.28 1.36 1.44 1.53 1.62 1.71 1.80 1.89RPM 606 638 669 699 729 758 786 814 842 868 895 921 947 972

BHP 0.95 1.02 1.10 1.17 1.25 1.33 1.42 1.50 1.59 1.68 1.77 1.86 1.95RPM 630 661 690 719 748 776 803 830 857 883 908 934 959

BHP 1.08 1.16 1.24 1.32 1.40 1.48 1.57 1.66 1.75 1.84 1.93RPM 655 684 713 740 768 795 821 847 873 898 923

BHP 1.23 1.31 1.39 1.48 1.56 1.65 1.74 1.83 1.92RPM 680 708 735 762 788 814 840 865 890

Values are per blower and motor, 2 blowers and motors required."A" equals standard sheave RPM range."B" equals low RPM sheave option."C" equals high RPM sheave option.Bold numbers require 2 horsepower motor.


724 744 764 784 805 825 845 865 885 905 925523 543 563 583 603 624 644 664 684 704 724761 786 812 837 862 888 913 938 964 989 1014

Not



6000

6400

6800

7200

7600

8000

8400

"B" RPM Range"C" RPM Range

.2 .3 .4 .5 .6 .7 .8 .9 1 1.1 1.2 1.3 1.4 1.5

BHP 0.82 0.89 0.96 1.04 1.11 1.19 1.27 1.36 1.44 1.53 1.62 1.71 1.80RPM 619 651 682 713 742 772 800 828 856 883 910 936 961

BHP 0.95 1.02 1.10 1.17 1.25 1.33 1.42 1.50 1.59 1.68 1.77 1.86 1.96RPM 645 675 705 734 763 791 818 845 872 898 924 949 974

BHP 1.09 1.16 1.24 1.32 1.40 1.49 1.57 1.66 1.75 1.84 1.94 2.03RPM 671 700 729 757 784 811 837 863 889 914 939 964

BHP 1.24 1.32 1.40 1.48 1.57 1.66 1.74 1.84 1.93 2.02RPM 697 725 752 779 806 832 857 882 907 937


BHP 1.59 1.67 1.76 1.85 1.94 2.04 NotRPM 750 776 801 826 850 874 Recommended

BHP 1.78 1.87 1.96RPM 777 801 825

Values are per blower and motor, 2 blowers and motors required."A" equals standard sheave RPM range."B" equals low RPM sheave option.Bold numbers require 3 horsepower motor.


768 790 811 832 854 875 896 918 939 960 982603 624 644 664 684 704 724 744 764 784 805


Turns Out"A" RPM Range"B" RPM Range

7400

7800

8200

8600

9000

9400

SCFM Air Flow

7000


Engineer:



Page ______ of ______Rev.: 6/00*LC009*

LC099

VS/VL 300

BLOWERPERFORMANCE

BA

.2 .3 .4 .5 .6 .7 .8 .9 1 1.1 1.2 1.3 1.4 1.5

BHP 1.24 1.32 1.40 1.48 1.57 1.66 1.75 1.84 1.93 2.03 2.12 2.22 2.32 2.42RPM 713 740 768 795 821 847 873 898 923 947 971 995 1019 1042

BHP 1.45 1.54 1.62 1.71 1.71 1.80 1.99 2.08 2.18 2.28 2.38 2.48 2.58 2.69RPM 747 773 799 825 850 875 900 924 947 971 994 1017 1040 1062

BHP 1.69 1.78 1.87 1.96 2.06 2.15 2.25 2.35 2.45 2.55 2.65 2.76 2.86 2.97RPM 782 807 831 856 880 904 927 950 973 996 1018 1040 1062 1083

BHP 1.96 2.05 2.15 2.24 2.34 2.44 2.54 2.64 2.74 2.85 2.96RPM 816 840 864 887 910 933 955 978 999 1021 1043


BHP 2.57 2.67 2.77 2.88 2.98RPM 886 908 930 951 972 Not

BHP 2.92 RecommendedRPM 921

Values are per blower and motor, 2 blowers and motors required."A" equals standard sheave RPM range."B" equals low RPM sheave option.


896 918 939 960 982 1003 1024 1046 1067 1088 1110682 705 727 750 773 795 818 841 864 886 909


Turns Out"A" RPM Range"B" RPM Range

8000

8500

9000

9500

10000

10500

SCFM Air Flow

11000



Page ______ of ______

Contractor: P.O.:

Engineer:


Rev.: 6/00*LC009*

LC099

VS/VL ELECTRICALDATA

MAX. FUSE MINIMUMMODEL POWER SUPPLY COMPRESSOR (EACH) BLOWER MOTOR (EACH)or HACR CIRCUIT

TOTALNUMBER

VOLTAGE HZ PHASE RLA LRA QTY. HP FLA QTY. BREAKER AMPACITYFLA

VS/VL080

208/230 60 3 20.7 156.0 1 1.5 6.1 1 50 32.0 26.8

460 60 3 10.0 70.0 1 1.5 3.0 1 25 15.5 13.0

575 60 3 8.2 54.0 1 1.5 2.4 1 20 12.7 10.6

VS/VL100

208/230 60 3 28.4 183.0 1 1.5 6.0 1 60 41.5 34.4

460 60 3 14.2 91.1 1 1.5 3.3 1 30 21.1 17.5

575 60 3 11.4 73.3 1 1.5 2.4 1 25 16.7 13.8

VS/VL120

208/230 60 3 31.8 193.0 1 2 7.2 1 80 50.3 39.0

460 60 3 15.9 96.5 1 2 3.6 1 40 25.2 19.5

575 60 3 13.3 77.2 1 2 2.8 1 30 19.4 16.1

VS/VL160

208/230 60 3 20.7 156.0 2 3 9.5 1 70 56.1 50.9

460 60 3 10.0 70.0 2 3 4.8 1 35 27.3 24.8

575 60 3 8.2 54.0 2 3 3.9 1 30 22.4 20.3

VS/VL200

208/230 60 3 28.4 183.0 2 1.5 6.0 2 100 75.9 68.8

460 60 3 14.2 91.1 2 1.5 3.3 2 50 38.6 35.0

575 60 3 11.4 73.3 2 1.5 2.4 2 40 30.5 27.6

VS/VL240

208/230 60 3 31.8 193.0 2 2 7.2 2 125 92.0 78.0

460 60 3 15.9 96.5 2 2 3.6 2 60 46.1 39.0

575 60 3 13.3 77.2 2 2 2.8 2 45 35.5 32.2

VS/VL300

208/230 60 3 42.0 267.0 2 3 9.5 2 150 113.5 103.0

460 60 3 27.5 135.0 2 3 4.8 2 90 71.5 64.6575 60 3 22.0 108.0 2 3 3.9 2 70 57.3 51.8

NOTE :

CONTACT FACTORY FOR ELECTRICAL DATA WITH OPTIONAL OVERSIZE BLOWER MOTOR.


Engineer:



Page ______ of ______Rev.: 6/00*LC009*

LC099

VS/VL PHYSICALDATA

REF. To AIR HEAT EXCHANGERSHIPPING OPERATING FACE NO. OF COPPER NO. OF REFRIG. NO. BLOWER WHEEL

MODEL WEIGHT WEIGHT AREA ROWS TUBE SZ. FINS CHARGE OF DIA. WIDTHNUMBER LBS. LBS. SQ. FT. DEEP OD IN. PER INCH R22/CKT Oz. CIRCUITS (NOM) (NOM) QTY

VS/VL080 610 595 9 2 3/8" 14 110.0 1 12.0 9 1

VS/VL100 695 685 8.75 2 1/2" 15 118.0 1 15.0 15 1

VS/VL120 745 735 9.375 3 1/2" 15 144.0 1 15.0 15 1

VS/VL160 1145 1120 18 2 3/8" 14 110.0 2 12.0 9 2

VS/VL200 1275 1265 17.5 2 1/2" 15 118.0 2 15.0 15 2

VS/VL240 1375 1350 18.75 3 1/2" 15 144.0 2 15.0 15 2VS/VL300 1475 1465 18.75 4 1/2" 15 175.0 2 15.0 15 2



Page ______ of ______

Contractor: P.O.:

Engineer:


Rev.: 6/00*LC009*

LC099

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g ta

pe.

4. J

W3

jum

per

prov

ides

fre

eze

prot

ectio

n fo

r W

AT

ER

.

Whe

n us

ing

AN

TI-

FRE

EZ

E s

olut

ioni

s, c

ut J

W3

jum

per.

.

NO

TE

S:

For

575V

Tra

nsfo

rmer

pri

mar

y le

ads

are

Gry

and

Blu

.7.

For

460

V T

rans

form

er p

rim

ary

lead

s ar

e V

io a

nd B

lu.

SEE

NO

TE

6

SEE

NO

TE

4

SEE

NO

TE

5

NO

TE

4SE

E

Brn

Org

RVS

Red

HP

Red

Gry

Gry

FP1

Blu

Brn

LO

C

Vio

Vio

FP2

(HL

ON

LY)

Y2

Typi

cal H

eat P

ump

T-s

tat

R LCGO

Com

pres

sor

2

Ala

rm

Com

mon

Fan

24 V

AC

Coo

ling

Com

pres

sor

1

Pow

er S

uppl

y

Use

cop

per

cond

ucto

rs o

nly .

Ref

er to

Dat

e Pl

ate

See

Not

e 2

Cra

nkca

se H

eate

rC

CH

Con

dens

ate

Ove

rflo

w S

witc

hC

OC

ompr

esso

r C

onta

ctor

CC

Cir

cuit

Bre

aker

CB

Blo

wer

Mtr. C

onta

ctor

BC

Ala

rm R

elay

Con

tact

sA

L

Hig

h Pr

essu

re S

witc

hH

PFP

2Se

nsor,

Air

Coi

l Fre

eze

Prot

ectio

nFP

1Se

nsor,

Wat

er C

oil F

reez

e Pr

otec

tion

P1Fi

eld

Wiri

ng Te

rmin

al B

lock

Rev

ersi

ng Val

ve S

olen

oid

RVS

LO

CL

oss

of C

harg

e Pr

essu

re S

witc

h

CX

M1

CX

M2

TR

AN

S

BC

CC

1C

C2

cut J

W1

Jum

per

and

betw

een

TYPICAL WIRINGDUAL COMPRESSORDIAGRAM


Engineer:



Page ______ of ______Rev.: 6/00*LC009*

LC099

TYPICAL WIRINGSINGLE COMPRESSORDIAGRAM

1. Compressor and Blower Motor thermally protected internally.

Sensor, Water Coil Freeze Protection

Blu

BrnLOC

Not Used

RStatus RV

P1

AL2

AL1

A

C

CXM

Control Logic

Microprocessor

JW1

RelayAlarm

G

P2

24V

CO

EH2

EH1

DC

CO

LED

P3

12

10

O

G

W

Y

Y

Off On

Dip Switch

CompressorRelay

Test Pins

FP1

FP2

12

LOC

HP

FP1

FP2

Not Used

UPS

4

7

9

8

6

5

3

2

1

C

R

CCBR BRG CCG

CC

Brn Yel

P1

Vio

VioFP2

Red

RedHP

Gry

GryFP1

230V

NOTE 3

Orange24V

(208V)

CB

Blu

Yel

Red

Blu

SEE

Use copper conductors only.

Power Supply

Refer to Data Plate

Blk/Red(460V)

Vio or

See Note 2

NOTE 7SEE

Blower Motor

CompressorCC

BC

Gry Brn

Blk

Blk

Blk

Blk

Blk

Blk

L1

L2

L3

Blk

Blk

Blk

T3

T1T2

BC

Red

Red

CCH

Ground

L2

L1

L3

RVSOrg

Brn

YEL

2. All wi ring to the unit must comply with NEC and local codes.

Legend

Field Wiring Terminal Block

Reversing Valve Solenoid

Sensor, Air Coil Freeze Protection

Loss of Charge Pressure Switch

RVS

LOC

High Pressure Switch

NOTES:

SEE NOTE 6

SEENOTE 4

SEE NOTE 5

SEE NOTE 5

CommonC

L

Dry Contact for Alarm

Alarm

Typical Heat Pump T-stat

G

R

O

YCompressor

Cooling

Fan

24 VAC

Blower ContactorBC

Alarm Relay ContactsAL

Circuit BreakerCB

Compressor ContactorCC

Condensate Overflow SwitchCO

Crankcase HeaterCCH

FP1

FP2

HP

7. For 460V Transformer primary leads are Vio and Blu.For 575V Transformer primary leads are Gry and Blu.

Dry Contact will be available between AL1 and AL2.6. 24V Alarm Signal shown. For Dry Alarm Contact, cut JW1 Jumper and

5. 24V Alarm Signal shown. For Dry Alarm Contact, cut JW1 Jumper andwiring to the unit.

4. Typical thermostat wiring shown. Refer to thermostat IOM forANTI-FREEZE solutions, cut FP1 jumper.

3. 208/230V Transformers will be connected for 208V operations,

Orange lead to L1. Close open end or Red Lead with insulating tape.For 230V operations, disconnect Red lead at L1, and attach

Ground

Thermistor

Solenoid Coil

Switch-Condensate Overflow

Relay Contactor Coil

Field low voltage wiring

Field line voltage wiring

See Note 8

8. Crankcase Heat used on size 100 and 120.

BCCC



Page ______ of ______

Contractor: P.O.:

Engineer:


Rev.: 6/00*LC009*

LC099


Sensor, Water Coil Freeze Protection

Blu

BrnLOC

Not Used

RStatus RV

P1

AL2

AL1

A

C

CXMControl Logic

Microprocessor

JW1

RelayAlarm

G

P2

24V

CO

EH2

EH1

DC

CO

LED

P3

12

10

O

G

W

Y

Y

Off On

Dip Switch

CompressorRelay

Test Pins

FP1

FP2

12

LOC

HP

FP1

FP2

Not UsedUPS

4

7

9

8

6

5

3

2

1

C

R

CCBR BRG CCG

CC

Brn Yel

P1

Vio

VioFP2

Red

RedHP

Gry

GryFP1

230V

NOTE 3

Orange24V

(208V)

CB

Blu

Yel

Red

Blu

SEE


Power Supply

Refer to Data Plate

Blk/Red(460V)

Vio or

See Note 2

NOTE 7SEE

Blower Motor

CompressorCC

BC

Gry Brn

Blk

Blk

Blk

Blk

Blk

Blk

L1

L2

L3

Blk

Blk

Blk

T3

T1T2

BC

Red

Red

CCH

Ground

L2

L1

L3

RVSOrg

Brn

YEL

2. All wiring to the unit must comply with NEC and local codes.

Legend



Sensor, Air Coil F reeze Protection


RVS

LOC


NOTES:

SEE NOTE 6

SEENOTE 4

SEE NOTE 5

SEE NOTE 5

CommonC

L

Dry Contact for Alarm

Alarm


G

R

O

Y

Compressor

Cooling

Fan

24 VAC

Blower ContactorBC


Circuit BreakerCB

Compressor ContactorCC

Condensate Overflow SwitchCO

Crankcase HeaterCCH

FP1

FP2

HP

7. For 460V Transformer primary leads are Vio and Blu.For 575V Transformer primary leads are Gry and Blu.

Dry Contact will be available between AL1 and AL2.6. 24V Alarm Signal shown. For Dry Alarm Contact, cut JW1 Jumper and

5. 24V Alarm Signal shown. For Dry Alarm Contact, cut JW1 Jumper and wiring to the unit.

4. Typical thermostat wiring shown. Refer to thermostat IOM forANTI-FREEZE solutions, cut FP1 jumper.


Orange lead to L1. Close open end or Red Lead with insulating tape.For 230V operations, disconnect Red lead at L1, and attach

Ground

Thermistor

Solenoid Coil

Switch-Condensate Overflow


Field low voltage wiring

Field line voltage wiring

BCCC

See Note 8

8. Crankcase Heat used on size 100 and 120.

Component Location

Typical Wiring DiagramTypical Three Phase Wiring Diagramwith CXM Controller


Engineer:



Page ______ of ______Rev.: 6/00*LC009*

LC099

PRIMARYLEAD COLOR

ORGRED

GRYBLK/RED

230208

575460

PRIMARYVOLTAGE

TABLETRANSFORMER PRIMARY

LEAD COLORS

Wire Nut

Thermistor

Ground

PDB Power Distribution Block

TransformerTrans

Low Pressure Switch

Circuit Breaker


Printed Circuit Trace

Field line voltage wiringField low voltage wiring

RVS

LOC



Legend


FP1

P1

FP2HP

Sensor, Water Coil Freeze ProtectionSensor, Air Coil Freeze Protection



Circuit BreakerCompressor Contactor

CBCCCO Sensor, Condensate Overflow

Blower Mtr. ContactorBC

Solenoid Coil


Factory low voltage wiringFactory line voltage wiring

Condensate Pan

Control Box. (Ground available from top two standoffs as shown.)7. Transformer secondary ground via CXM board standoffs & screws to


For 230V operation, disconnect RED lead at L1, and attach ORG lead to L1. Close open end of RED Lead with insulating tape.

4. FP1 Thermister provides freeze protection for WATER. When using ANTI-FREEZE solutions, cut JW3 jumper.


NOTES:

3. 208/230V Transformers will be connected for 208V operation.

6. 24V Alarm Signal shown. For Dry Alarm Contact, cut JW1 Jumper andDry Contact will be available between AL1 and AL2.

8. Suffix 1 designates association with Lead compressor, Suffix 2 with Lagcompressor. EXCEPTION-FP1,FP2,EH1,EH2, ARE PER LEGENG.

voltage.be "Class 1" and Voltage rating equal to or greater than unit supplyInstallation Instructions for wiring to the unit. T-stat wiring must

5. Typical heat pump thermostat wiring shown. Refer to thermostat

CXM 1

TRANS

BC

GRND

PDB

CC1 CC2

CXM 2

GR

YB

RN

BR

NY

EL

BR

NB

LU

BR

N

Not

Use

d

OR

G

GR

Y

BR

N

GR

Y

BL

U

RE

D

RE

D

VIO

RV

S1

YE

L

FP1

LO

C1

HP1

RE

D

BR

N

BR

N

OR

G

OR

G

Not

Use

d

RV

S2

GR

Y

BR

N

GR

Y

BL

U

FP1

LO

C2

RE

D

RE

DH

P2

Pow

er S

uppl

y

Use

cop

per

cond

ucto

rs o

nly.

Ref

er to

Dat

a Pl

ate

See

Not

e 2

Gro

und

L2

L1

L3

CC

1

RE

DG

RY

BR

N

BC

Blo

ckD

istr

ibut

ion

Pow

er

BL

K

BL

K

L1

L2

BL

KL

3

GR

Y

CC

2

BL

K

Blo

wer

Com

p 2

Com

p 1

BL

KT

2

CC

1

T1

BL

K

CC

2

BL

K

T3

T1

BL

K

BC

BL

K

T3

BL

KT

2B

LK

BL

K

BL

K

BL

K

BL

K

SEE

TA

BL

E f

orT

rans

Pri

mar

yL

ead

Col

or

Tra

ns

BL

U

or

24VB

LU

BL

K

YE

LC

B

230V

NO

TE

3O

RG

SEE

NO

TE

4SE

ESE

EN

OT

E 4

CO

YE

L

VIO

VIO

FP2

VIO

VIO

FP2

R A

AL

2

C

AL

1Y W GOYP1C R

C

9

Mic

ropr

oces

sor

Con

trol

Log

ic

CX

M

CX

M1

(NO

TE

8)

SEE

NO

TE

6

Rel

ayA

larm

JW1

G

EH

2

EH

1

COP3 DC

24V

CO

LE

DSt

atus

RV

1210

CC

Rel

ayC

ompr

esso

r

Off

O

n

Dip

Sw

itch

SEE

NO

TE

4

FP2

FP1

1 2

Test

Pin

s

BR

BR

GC

CG

FP2

FP1

LO

C

UPS

N

ot U

sed

86 74 53

P2 HP

1 2

SEE

NO

TE

6

NO

TE

4

FP2

FP1SE

E

Test

Pin

s

R A

AL

2

C

AL

1

Rel

ayA

larmJW

1

Y

W GOYP1C R

BR

BR

G

9

EH

2

EH

1

24V

CX

M2

(NO

TE

8)

CO

Stat

usL

ED

G

CO DCP3

RV

1210

LO

C

Not

Use

dU

PS

Off

O

n

Dip

Sw

itch

1 2

FP1

FP2

Com

pres

sor

Rel

ay

CC

C

CG

HPP2

2 86 74 531

SEE

NO

TE

7N

OT

E 7

SEE

R

Com

mon

Com

pres

sor

2Y

2

LCA

larm

Typi

cal H

eat P

ump

T-st

at

Com

pres

sor

1

Coo

ling

24 V

AC

GO

Fan

SEE

NO

TE

5

Y

Dry

Con

tact

Ala

rmSE

E N

OT

E 6

for

Mic

ropr

oces

sor

Con

trol

Log

ic

CX

M

Component Location

Typical Wiring DiagramTypical Three Phase, TwoCompressor Unit Wiring Diagramfor VS/VL with CXM Contoller



Page ______ of ______

Contractor: P.O.:

Engineer:


Rev.: 6/00*LC009*

LC099

VIO

YE

L

OR

G

See

Not

e 2

Ref

er to

Dat

e Pl

ate

SEE

Use

cop

per

cond

ucto

rs o

nly.

Pow

er S

uppl

y

OR

GN

OT

E 3

230V

GR

YG

RY

GR

Y

BR

N

OR

G

Not

Use

d

RV

SO

RG

CB

YE

L

BL

U

BR

N

GR

Y

RE

D

RE

D

BL

K

BL

U

24V

or

BL

UB

C

GR

YB

RN

YE

L

CC

1

BR

N

FP1

LO

C

HP

RE

D

BR

N

BR

N

CC

2 BL

U

GR

Y

BR

N

OR

G

Not

Use

d

RV

S

BL

UL

OC

BR

N

GR

YFP

1

HP

RE

D

RE

D

L3

L3

BR

N

RE

D

Dis

trib

utio

nG

roun

dB

lock

Pow

er

L1

L2

BL

KL

1

BL

KL

2B

LK

BL

K

Mot

orB

low

er

BL

KB

LK

BL

KB

LK

T2BL

K

T3

BL

K

BC

BL

K T1

T3

BL

K

CC

2

BL

K T1

CC

1

T2BL

K

Com

p 1

Com

p 2

Mot

orB

low

er

BL

K

CC

H

RE

D

CC

H

RE

D

BL

KB

LK

BL

K

Tra

ns

SEE

NO

TE

4N

OT

E 4

SEE

FP2

VIO

VIO

YE

LC

O

Lea

d C

olor

Tra

ns P

rim

ary

SEE

TA

BL

E f

or

VIO

VIO

FP2

Con

dens

ate

Pan

Fact

ory

line

volta

ge w

irin

gFa

ctor

y lo

w v

olta

ge w

irin

g

Rel

ay C

onta

ctor

Coi

l

Gro

und

Sole

noid

Coi

l

The

rmis

tor

BC

Blo

wer

Mtr.

Con

tact

or

Sens

or, C

onde

nsat

e O

verf

low

Cra

nkca

se H

eate

rC

CH

CO

CC

CB

Com

pres

sor

Con

tact

orC

ircu

it B

reak

er

Hig

h Pr

essu

re S

witc

h

Fiel

d W

irin

g Te

rmin

al B

lock

Sens

or, A

ir C

oil F

reez

e Pr

otec

tion

Sens

or, W

ater

Coi

l Fre

eze

Prot

ectio

n

HP

FP2

P1FP1

AL

Ala

rm R

elay

Con

tact

s

Leg

end

Los

s of

Cha

rge

Pres

sure

Sw

itch

Rev

ersi

ng V

alve

Sol

enoi

d

LO

C

RV

S

Fiel

d lo

w v

olta

ge w

irin

gFi

eld

line

volta

ge w

irin

g

Prin

ted

Cir

cuit

Tra

ce

Hig

h Pr

essu

re S

witc

h

Cir

cuit

Bre

aker

Low

Pre

ssur

e Sw

itch

Wir

e N

ut

Tra

nsT

rans

form

er

Pow

er D

istr

ibut

ion

Blo

ckPD

B

Dry

Con

tact

will

be

avai

labl

e be

twee

n A

L1

and

AL

2.6.

24V

Ala

rm S

igna

l sho

wn.

For

Dry

Ala

rm C

onta

ct, c

ut J

W1

Jum

per

and

3. 2

08/2

30V

Tra

nsfo

rmer

s w

ill b

e co

nnec

ted

for

208V

ope

ratio

n.

NO

TE

S:

1. C

ompr

esso

r an

d B

low

er M

otor

ther

mal

ly p

rote

cted

inte

rnal

ly.

AN

TI-

FRE

EZ

E s

olut

ions

, cut

JW

3 ju

mpe

r. 4.

FP1

The

rmis

ter

prov

ides

fre

eze

prot

ectio

n fo

r W

AT

ER

. W

hen

usin

g

with

insu

latin

g ta

pe.

and

atta

ch O

RG

lead

to L

1. C

lose

ope

n en

d of

RE

D L

ead

For

230V

ope

ratio

n, d

isco

nnec

t RE

D le

ad a

t L1,

2. A

ll w

irin

g to

the

unit

mus

t com

ply

with

NE

C a

nd lo

cal c

odes

.

7. T

rans

form

er s

econ

dary

gro

und

via

CX

M b

oard

sta

ndof

fs &

scr

ews

to

Con

trol

Box

. (G

roun

d av

aila

ble

from

top

two

stan

doff

s as

sho

wn.

)

volta

ge.

be "

Cla

ss 1

" an

d V

olta

ge r

atin

g eq

ual t

o or

gre

ater

than

uni

t sup

ply

Inst

alla

tion

Inst

ruct

ions

for

wir

ing

to th

e un

it. T

-sta

t wir

ing

mus

t5.

Typ

ical

hea

t pum

p th

erm

osta

t wir

ing

show

n. R

efer

to th

erm

osta

t

NO

TE

7SE

E

WU

PS

6U

PS

W6 12

CO

A

AL

2

Rel

ay

SEE

NO

TE

6

Ala

rm

EH

1

EH

2

CO24

VD

CP3

R C

AL

1JW

1

GO

9R

VSt

atus

LE

DG

10

FP2

Not

Use

dO

ff

On2

87

CO

12

Ala

rmR

elay

A

AL

2

EH

2

COEH

1

CX

MM

icro

proc

esso

rC

ontr

ol L

ogic

SEE

NO

TE

6

DC

24V

P3

R C

AL

1

GO

9

G

JW1

LE

DSt

atus

10R

V

Off

O

n

FP2

8

2N

ot U

sed

7

Test

Pin

sP2

Y

YP1N

OT

E 4

SEE

R

3

FP1

LO

C

Dip

Sw

itch

1

4 5

HP

Rel

ayC

ompr

esso

r

21

CC

G

C

CB

RB

RG

CC

Test

Pin

sP2

Y

YP1R

3

Dip

Sw

itch

SEE

NO

TE

44

15

FP1

LO

C

Rel

ayH

P2

Com

pres

sor

1

C

BR

CC

GB

RG

CC

SEE

NO

TE

7

JW3

JW2

FP2

Low

Tem

p

FP1

Low

Tem

pFP

1 L

ow T

emp

FP2

Low

Tem

pJW

2

JW3

Typi

cal H

eat P

ump

T-st

atSE

E N

OT

E 5

Y2

R LCGOY

Com

pres

sor

2

Ala

rm

Com

mon

Fan

24 V

AC

Coo

ling

Com

pres

sor

1

SEE

NO

TE

6 f

orD

ry C

onta

ct A

larm

LE

AD

CO

LO

RS

TR

AN

SFO

RM

ER

PR

IMA

RY

TAB

LE

VO

LTA

GE

PRIM

AR

Y

460

575

208

230

BL

K/R

ED

GR

Y

RE

DO

RG

LE

AD

CO

LO

RPR

IMA

RY

PDB

Tra

ns

BC

CC

1C

C2

GR

ND

Lug

CX

M2

CX

M1

CX

MM

icro

proc

esso

rC

ontr

ol L

ogic

Component Location

Typical Wiring DiagramThree Phase, Two Compressor, TwoBlower Unit Wiring Diagram WithCXM Controller


Engineer:



Page ______ of ______Rev.: 6/00*LC009*

LC099

Trans

BC CC

GRND LUG


Sensor, Air Coil Freeze ProtectionSensor, Water Coil Freeze Protection

Ground

Thermistor


Solenoid Coil

Relay / Contactor Coil

Field low voltage wiringField line voltage wiring

Legend

Sensor, Condensate Overflow

Compressor ContactorCircuit BreakerCB

CC

CO

Blower Motor Contactor

Transformer


TransRVS

BC

FP2

HP

FP1

Wire Nut


LOC Loss of Charge Pressure Switch

Circuit Breaker


Low Pressure Switch

CCH Crankcase Heater

Condesate Pan

AL2 Jumper Wire for Alarm

Factory line voltage wiringFactory low voltage wiring

Field Wiring Terminal BlockP1

For 230V operations, disconnect RED lead at L1, and attachORG lead to L1. Close open end of RED Lead with insulating tape.

ANTI-FREEZE solutions, cut JW3 jumper.

Jumper and Dry Contact will be available between AL1 and AL2.




4. FP1 Thermister provides freeze protection for WATER. When using

6. 24V Alarm Signal shown. For Dry Alarm Contact, cut AL2 DRY (JW4)

NOTES:

7. Transformer secondary ground via DXM board standoffs & screws to Control Box. (Ground available from top two standoffs as shown.)



C Common

Alarm

SEE NOTE 6 forDry Contact Alarm

X1

Pump T-stat

SEE NOTE 5

Cooling

24 VAC

Compressor

R

G

O

Fan

Y

See Note 2

Refer to Data Plate

Power Supply


CC

ORG RVS

GRY

GRY

BRN

RED

BLU

BRN

RED

FP1

LOC

HP

Typical Heat

BRN

YEL

VIO

VIOFP2

L2

L3

L1

230V

BLK or

NOTE 3ORG

SEE BLU

CB YEL

BLU

24V

L3

L2

L1

Ground

T1BLK

CC RED

BLK

BLK

RED

Compressor

T2

T3

CCH

Trans

T3

T2

Blower Motor

BLK

BLK

BLK T1BC

BLK

BLK

NOTE 4SEE

YEL CO

LEAD COLORSTRANSFORMER PRIMARY

TABLE

VOLTAGEPRIMARY

460575

208230

BLK/REDGRY

REDORG

LEAD COLORPRIMARY

BCGRY

BRN

RED

100.120 ONLY

Lead ColorTrans Primary

SEE TABLE for

NOTE 7SEE

NOTE 7SEE

SEENOTE 4

NCNO

COM

COM

NO

FAN

H: hi fan/dehumid

Control Logic6R

SEE

AL2 DRY

NOTE 6

DIP SWITCH

NC1

COM

R

COM

NC2

NO2

S1

PACKAGE

RELAY

RELAY

ACC2

4

78

65

OFF

123

ON

7

8

A

NO1

P3

R

ESD

OVR

H

AL2

NSB

C

R

C

AL1

P2

ACC1

RELAYALARM

N.O.

Boilerless: Enable/Disable

T'stat: Heat Cool/Heat Pump

Dehumid/Normal

Unit Stage: 2/1

RV on B/RV on O

Boilerless: 40°F/50°F

UPS: Disable/Enable

Not Used

JW1LP

S2DIP SWITCHPACKAGE

4

78

65

OFF

123

ON

ACC2

Not Used

Functions

FunctionsACC1

Low

Low

JW2

JW3

FP2

FP1

PINSTEST

RVRELAY

FAULT

STATUS

TEST

R

G

1

2

3

5

4

Y2

W1

G

O/W2

Y1

P1R

CCSSCR

COM1COM2

MicroprocessorDXM

EH2P6

COMPRRELAY

CC

CCG

9

P7

DC

EH1

24V

CO

RV

12

10

HP

LOC

FP2

FP1Y

4

8

7

5

6

2

3

1

RELAY

SPEEDRELAY

FAN ENABLE

JW4

Component Location

Typical Wiring DiagramTypical Three Phase Wiring Diagramwith DXM Controller



Page ______ of ______

Contractor: P.O.:

Engineer:


Rev.: 6/00*LC009*

LC099

DXM 1 DXM 2

CCG

FAN ENABLE

RELAYSPEED

RELAY

1

32

6

5

7

8

4

YFP1

FP2

LOC

HP

10

12

RV

CO

24V

EH1

DC

P7

9

CCG

CCRELAYCOMPR

P6

EH2

COM2 COM1R C S S C

C

RP1Y1

O/W2

G

W1

Y2

4

5

3

2

1

G

R

TEST

STATUS

FAULT

RELAYRV

TESTPINS

FP1

FP2

JW3

JW2

Low

Low

ACC1Functions

Functions

Not Used

ACC2

ON

321

OFF

56

87

4

PACKAGEDIP SWITCH

S2

LPJW1

Not Used

UPS: Disable/Enable


RV on B/RV on O

Unit Stage: 2/1

Dehumid/Normal



N.O.

ALARMRELAY

ACC1

P2

AL1

C

R

C

NSB

AL2

H

OVR

ESD

R

P3

NO1

A

8

7

ON

321

OFF

56

87

4

ACC2

RELAY

RELAY

PACKAGE

S1

NO2

NC2

COM

R

COM

NC1

DIP SWITCH

NOTE 6

AL2 DRY

SEE

R 6

H: hi fan/dehumid

FAN

NO

COM

COM

NO NC

SEENOTE 4

SEENOTE 7

SEENOTE 7

FAN ENABLE

RELAYSPEED

RELAY

1

32

6

5

7

8

4

YFP1

FP2

LOC

HP

10

12

RV

CO

24V

EH1

DC

P7

9

CCG

CCRELAYCOMPR

P6EH2

COM2 COM1R C S S C

C

RP1Y1

O/W2

G

W1

Y2

4

5

3

2

1

G

R

TEST

STATUS

FAULT

RELAYRV

TESTPINS

FP1

FP2

JW3

JW2

Low

Low

ACC1Functions

Functions

Not Used

ACC2

ON

321

OFF

56

87

4

PACKAGEDIP SWITCH

S2

LPJW1

Not Used

UPS: Disable/Enable


RV on B/RV on O

Unit Stage: 2/1

Dehumid/Normal



N.O.

ALARMRELAY

ACC1

P2

AL1

C

R

C

NSB

AL2

H

OVR

ESD

R

P3

NO1

A

8

7

ON

321

OFF

56

87

4

ACC2

RELAY

RELAY

PACKAGE

S1

NO2

NC2

COM

R

COM

NC1

DIP SWITCH

NOTE 6

AL2 DRY

SEE

R 6

DXMMicroprocessor

Control Logic

H: hi fan/dehumid

FAN

NO

COM

COM

NO NC

SEENOTE 4

SEENOTE 7

SEENOTE 7

DXMMicroprocessor

Control Logic

3. 208/230V Transformers will be connected for 208V operations, For 230V operations, disconnect RED lead at L1, and attach Orange lead to L1. Insulate open end of RED lead.



4. FP1 Thermistor provides freeze protection for WATER. When using ANTIFREEZE solutions,cut JW3 jumper.

Notes:

Control Box. (Ground available from top two standoffs as shown.)7. Transformer secondary ground via DXM board standoffs & screws to

6. 24V Alarm Signal shown. For Dry Alarm Contact, cut AL2 DRYJumper and Dry Contact will be available between AL1 and AL2.



Power

BlockDistribution

BLU

SEENOTE 3

Orange230V

YEL

CB

BLU or BLK

Use copper conductors only.Refer to Data Plate

SEE NOTE 2

Power Supply

L1

Ground

L3

L2

MotorBlowerComp 2Comp 1

RED

VIOBRN

GRY

BRN

BC

BLK

L1

BLK

CC 1

BLK BLK

T1 T3

T2

L2

L3

BLK

BLK

BLK

BLKBLK BLK

T1 T3

T2

CC 2

BLK BLK

BC

BRNRVS

BRN

BLU

ORG

CC2

RED

GRYGRY

BLUBRN

RED

FP1

LOC

HP

Typical Heat Pump T-statSEE NOTE 5

R

X1

C

G

O

Y1

Alarm

Common

Fan

24 VAC

Cooling

Compressor 1

Y2Compressor 2

24V

TRANS

YEL

BRN

BRNCC1

ORGRVS

HPRED

VIOVIO

BRNBLU

FP1

LOC

RED

RED

COYEL

NOTE 4SEE

Lead ColorTrans Primary

SEE TABLE for

NOTE 4SEE

Dry Contact AlarmSEE NOTE 6 for

GRYGRY

FP2 VIOVIO

FP2


Low Pressure Switch


TransformerTransCircuit Breaker

LOC

P1

PDB

RVS

Legend




Power Distribution Block

FP2

HP

Sensor, Air Coil Freeze ProtectionHigh Pressure Switch

Sensor, Water Coil Freeze ProtectionFP1

AL

CBCC

BC


Field low voltage wiringField line voltage wiring

Ground

Thermistor

Solenoid Coil

CO

Condensate Overflow

Circuit Breaker

Compressor Contactor

Alarm Relay Contacts


Blower Mtr. ContactorJumper Wire for AlarmAL2


TABLE

VOLTAGEPRIMARY

460575

208230

BLK/REDGRY

REDORG

LEAD COLORPRIMARY

CC1

GRND

PDB

CC2 BC

TRANS

DXM 1 DXM2

Component Location

Typical Wiring DiagramTypical Three Phase, TwoCompressor Unit Wiring Diagramwith DXM Controller


Engineer:



Page ______ of ______Rev.: 6/00*LC009*

LC099


TABLE

VOLTAGEPRIMARY

460575

208230

BLK/RED

GRY

REDORG

LEAD COLORPRIMARY

GRND LUG

PDBTrans

BCCC1 CC2

DXM2DXM1

PDB Power Distribution Block

TransformerTrans

Wire Nut

Low Pressure Switch

Circuit Breaker



Field line voltage wiringField low voltage wiring

RVS

LOC



LegendAlarm Relay ContactsAL

FP1

P1

FP2HP

Sensor, Water Coil Freeze ProtectionSensor, Air Coil Freeze Protection



Circuit BreakerCompressor Contactor

CBCCCOCCH Crankcase Heater


Blower Mtr. ContactorBC

Thermistor

Solenoid Coil

Ground


Factory low voltage wiringFactory line voltage wiring

Condensate Pan

Jumper Wire for AlarmAL2

Control Box. (Ground available from top two standoffs as shown.)7. Transformer secondary ground via DXM board standoffs & screws to


For 230V operation, disconnect RED lead at L1, and attach ORG lead to L1. Close open end of RED Lead with insulating tape.

4. FP1 Thermister provides freeze protection for WATER. When using ANTI-FREEZE solutions, cut JW3 jumper.


NOTES:

3. 208/230V Transformers will be connected for 208V operation.

6. 24V Alarm Signal shown. For Dry Alarm Contact, cut AL2 DRY (JW4)Jumper and Dry Contact will be available between AL1 and AL2.


Installation Instructions for wiring to the unit. T-stat wiring mustbe "Class 1" and Voltage rating equal to or greater than unit supplyvoltage.

BRNRED

VIO

Compressor 1

Cooling

24 VAC

Fan

Common

Alarm

Compressor 2

SEE

Y

NOTE 7

O

G

C

X1

R

Y2

SEE NOTE 5


VIO

VIOFP2FP2

VIO

VIO

YEL

BRNCC1

BLU

BRNCC2

Trans

24V

BLU

YELCB

230V

NOTE 3ORG

SEE

SEE TABLE for

Trans Primary

Lead Color

BLUor

BLK

BLK BLKBLK

RED

CCH

RED

CCH

BLK

Blower Motor

Comp 2Comp 1

BLK

T2

CC1

T1

BLK

CC2

BLK

T3 T1

BLK

BC

BLK

T3

BLK

T2

BLKBLK

BLKBLK

Blower Motor

BLK

BLKL2

BLK

L1BLK

L2

L1

Power

BlockGround Distribution

L3 L3

Power Supply

Use copper conductors only.Refer to Date Plate

See Note 2

NOTE 7SEE

COYEL

BC

BRN

REDFAN ENABLE

RELAYSPEED

RELAY

1

3

2

6

5

7

8

4

YFP1

FP2

LOC

HP

10

12

RV

CO

24V

EH1

DC

P7

9

CCG

CCRELAYCOMPR

P6EH2

COM2 COM1R C S S C

C

RP1

Y1

O/W2

G

W1

Y2

4

5

3

2

1

G

R

TEST

STATUS

FAULT

RELAYRV

TESTPINS

FP1

FP2

JW3

JW2

Low

Low

ACC1Functions

Functions

Not Used

ACC2

ON

3

2

1

OFF

5

6

87

4

PACKAGEDIP SWITCH

S2

LPJW1

Not Used

UPS: Disable/Enable


RV on B/RV on O

Unit Stage: 2/1

Dehumid/Normal



N.O.

ALARMRELAY

ACC1

P2

AL1

C

R

C

NSB

AL2

H

L

ESD

R

P3

NO1

A

8

7

ON

3

2

1

OFF

56

8

7

4

ACC2

RELAY

RELAY

PACKAGE

S1

NO2

NC2

COM

R

COM

NC1

DIP SWITCH

NOTE 6

AL2 DRY

SEE

R 6

H: hi fan/dehumid

FAN

NO

COM

COM

NO NC

NOTE 4SEE

SEE NOTE 4NOTE 4

SEE

FAN ENABLE

RELAYSPEED

RELAY

1

3

2

6

5

7

8

4

YFP1

FP2

LOC

HP

10

12

RV

CO

24V

EH1

DC

P7

9

CCG

CCRELAYCOMPR

P6EH2

DXMMicroprocessor

COM2 COM1

R C S S C

C

RP1

Y1

O/W2

G

W1

Y2

4

5

3

2

1

G

R

TEST

STATUS

FAULT

RELAYRV

TESTPINS

FP1

FP2

JW3

JW2

Low

Low

ACC1Functions

Functions

Not Used

ACC2

ON

321

OFF

56

87

4

PACKAGEDIP SWITCH

S2

LPJW1

Not Used

UPS: Disable/Enable


RV on B/RV on O

Unit Stage: 2/1

Dehumid/Normal



N.O.

ALARMRELAY

ACC1

P2

AL1

C

R

C

NSB

AL2

H

L

ESD

R

P3

NO1

A

8

7

ON

321

OFF

56

87

4

ACC2

RELAY

RELAY

PACKAGE

S1

NO2

NC2

COM

R

COM

NC1

DIP SWITCH

NOTE 6

AL2 DRY

SEE

R 6

Control Logic

H: hi fan/dehumid

FAN

NO

COM

COM

NO NC

JW4JW4

DXMMicroprocessor

Control LogicRED

REDHP

FP1GRY

BRNLOC

BLU

RVS

Not Used

ORG

BRN

GRYGRY

BRN

ORG

Not Used

RVS

BLULOC

BRN

GRY FP1

HPRED

RED

GRY

DXM 2DXM 1

Dry Contact AlarmSEE NOTE 6 for

Com

ponent Location

Typical Wiring DiagramTypical Three Phase,Two Compressor, Two Blower UnitWiring Diagram With DXM Controller



Page ______ of ______

Contractor: P.O.:

Engineer:


Rev.: 6/00*LC009*

LC099

DIMENSIONSVS/VL 080

NOTE: Units require 3 ’ clearance for water connections, CA P, CSP and BS P service access.

Rear Return Front Supply

Air OutBSP

NRP

Return Air

CAP

41"

22d"

11"14w"

29"

164"

69w"

1"

w"

1"

142"

20-2"

4"7a"

3

2

1

Filter Size20" x 25" x 1"Two (2) required

24d"

38"

18"

12"

54

38"

24"

1 Water Inlet ............................................. 14"FPT2 Water Outlet .......................................... 14"FPT3 Condensate Drain ................................... 1"FPT4 High Voltage Access .................... 1a"-1w"K.O.5 Low Voltage Access ................................ 2"Dia.CAP Control Access PanelBSP Blower Service PanelCSP Compressor Service PanelNRP Non-Removable PanelRA Duct Connection ............................ 23” x 34w”

NOTE: All side panels areremovable except thoseidentified by NRP (Non-Removable Panel).

Rear Return Top Supply

NRP

Air Out

BSP

Return Air

CAP

41"

11"

14w"

22d"

16"

29"

69w"

1"

w"

w"

1"

142"

202"

4"7a"

18"

12"

3

2

54

1


38"

24d"

38"

24"

Air Out

BSP

CSP

Return Air

CAP

Front Return Top Supply

Air Out

Return Air

CAP

Front Return Rear Supply

BSP


Engineer:



Page ______ of ______Rev.: 6/00*LC009*

LC099

18"


NRP

Air Out

BSP

Return Air

CAPCSP

41"

5w"

18w"

22d"

29"

1s"

1"

202"3

2

1

69w"

1"

w"

142"4"

7a"

24d"

12"

54

38"

24"

16"

22d"

69w"

1"

w"

142"

202"

4"7a" Rear Return Front Supply

Air Out

BSP

NRP

Return Air

CAPCSP

41"

5w"18w"

29"

164"

1"

3

2

1


24d" 18"

12"

54

38"

24"

NOTE: All side panels areremovable except thoseidentified by NRP (Non-Removable Panel).

DIMENSIONSVS/VL 100/120

Air Out

BSP

CSP

Return Air

CAP


Air Out

Return Air

CAP


BSP

1 Water Inlet ........................................... 14" FPT2 Water Outlet ........................................ 14" FPT3 Condensate Drain ................................. 1" FPT4 High Voltage Access .................. 1a"-1w" K.O.5 Low Voltage Access .............................. 2" Dia.CAP Control Access PanelBSP Blower Service PanelCSP Compressor Service PanelNRP Non-Removable PanelR/A Duct Connection ........................... 23” x 34w”




Page ______ of ______

Contractor: P.O.:

Engineer:


Rev.: 6/00*LC009*

LC099

DIMENSIONSVS/VL 160

NOTE: All side panels are removable Except those identified by NRP (Non-Removable Panel)

CSP

BSP

20

1201 2/ "

4"

1 2/ "

70 3 4/ "

3 4/ "

14

7a"

1 2/ "

192" 14

82"3 4/ "

14 3 4/ " 13 1 2/ "

Filter Size20" x 25" x 1"Four (4) required.

1"

Return Air

Return Air

CAP

Air Out

Air Out

29"


CSP

BSPBSP

202

1

"

201 2/ "4"

1 2/ "

70

22

3 4/ "

7 8/ "

12"

3 4/ "

14

7

1 2/ "

3 8/ "

82"


1"

CAP

29"


Return AirAir Out

Air Out

164"

1"

CSP

CSP

19 "1 2/

13 "1 2/ 14 "3 4/

14 "3 4/

*NOTE: Units require 3' clearance for water connections, CAP, CSP and BSP Service access.

64"

CSPReturn Air

Return Air

CAP


Air OutAir Out

BSP

BSP

Return

Return

CAP


Air OutAir Out

BSPBSP

CSP

CSP

Air

Air

2a"

2"

2a"

12"

18w"

18w"

3

12

4

3

12

45

5

16"

1 Water Inlet .......................................... 12" FPT2 Water Outlet ....................................... 12" FPT3 Condensate Drain ................................. 1" FPT4 High Voltage Access .................. 1a"-1w" K.O.5 Low Voltage Access .............................. 2" Dia.CAP Control Access PanelBSP Blower Service PanelCSP Compressor Service PanelNRP Non-Removable PanelR/A Duct Connections .................... (2) 23” x 34w”



Engineer:



Page ______ of ______Rev.: 6/00*LC009*

LC099

18w"




Air Out

Air Out

CSP

BSP

Return Air

Return Air

CAP

CSP

BSP

Return Air

Return Air

CAP


Air Out Air Out

38

64"

24d

BSP

16

1"

CSP

CSP20

4

1 2/ "

22 7 8/ "

73 8/ " "

70 3 4/ "

3 4/ "

142"


Return

Return

CAP

29"


5 18w" 22

18w"

82"

3 4/ "

1 4/ "

2

3

1 4/ "

1 8/ "

18"

11 2/ "

Air Out

Air Out

Air

Air

1 4/ "

BSP

64"

3

21

5 4

CSP

CSP20

4

1 2/ "

22 7 8/ "

73 8/ " "

70 3 4/ "

3 4/ "

142"


Return Air

Return Air

CAP

29"


82"

2

3

1 4/ "

1 8/ "

18"

11 2/ "

Air OutAir Out

16"

1

5 18w" 22

3 4/ "

3 4/ "1"

1 4/ "

BSPBSP

64"

3

2

5 4

1

DIMENSIONSVS/VL 200/240

1 Water Inlet .......................................... 12" FPT2 Water Outlet ...................................... 12 " FPT3 Condensate Drain ................................. 1" FPT4 High Voltage Access .................. 1a"-1w" K.O.5 Low Voltage Access .............................. 2" Dia.CAP Control Access PanelBSP Blower Service PanelCSP Compressor Service PanelNRP Non-Removable PanelR/A Duct Connection ...................... (2) 23” x 34w”



Page ______ of ______

Contractor: P.O.:

Engineer:


Rev.: 6/00*LC009*

LC099

DIMENSIONSVS300

CSP

BSP

20

4

1 2/ "

"

2

3

1 4/ "

703 4/ "

1 8/ "

73 8/ "

3 4/ "

142"

16"

1

5 18w" 224"

82"

3 4/ "

3 4/ "


1"

Return Air

Return Air

CAP

Air OutAir Out 29"

18"

11 2/ "



DO NOT USE HIGH EFFICIENCY FILTERS


24d

38

23

64"

34w"

3

2

1

4

5

20

4

1 2/ "

"

2

3

1 4/ "

703 4/ "

1 8/ "

73 8/ "

3 4/ "

142"

22d"

5 224"

18w" 82"

3 4/ "


16"

1"

CAP

Air OutAir Out 29"

18"

11 2/ "


BSP

CSP

CSP

Return Air

Return Air

BSP

3

2

1

54

18w"

18w"

1 Water Inlet .......................................... 12" FPT2 Water Outlet ....................................... 12" FPT3 Condensate Drain ................................. 1" FPT4 High Voltage Access .................. 1a"-1w" K.O.5 Low Voltage Access .............................. 2" Dia.CAP Control Access PanelBSP Blower Service PanelCSP Compressor Service PanelNRP Non-Removable PanelR/A Duct Connection ...................... (2) 23” x 34w”

Documents

V Series LCU Sub. Set