background image

Page 5

SECTION I: SPECIFICATIONS (cont.)

HL30SK

30

1.38

110

85

25

55,000

1.3

2.0

HL40SK

38

2.30

153

120

33

77,000

1.1

3.0

HL50SK

45

2.30

160

120

40

77,000

1.0

3.0

HL80SK

75

2.76

200

130

70

83,000

0.9

5.0

HL119SK

110

2.76

232

130

102

83,000

1.2

5.0

Model

A

c

tu

a

Ta

n

k

V

o

lu

m

e

 (

g

a

l)

C

o

il 

V

o

lu

m

e

(g

a

l)

F

ir

s

H

o

u

r

R

a

ti

n

g

 (

g

a

l)*

C

o

n

ti

n

u

o

u

s

 D

ra

w

R

a

ti

n

g

 (

G

P

H

)*

F

ir

s

D

ra

w

R

a

ti

n

g

 (

g

a

l)*

M

in

im

u

m

 C

o

il

O

u

tp

u

(B

T

U

/H

r)

**

S

ta

n

d

b

y

 L

o

s

s

R

a

ti

n

g

 (

°F

/h

r)

H

e

a

S

o

u

rc

e

 F

ric

tio

n

L

o

s

s

 (

ft

.w

.c

.)

Table 2: 

Capacity & Performance

C a p a c i t i e s

P e r f o r m a n c e

HL30SK

107 @ 53,000  114 @ 57,000  117 @ 59,000  129 @ 67,000  132 @ 69,000  136 @ 71,000  139 @ 73,000 

HL40SK

141 @ 69,000  165 @ 84,000  177 @ 92,000  171 @ 88,000  183 @ 96,000 195 @ 104,000 207 @ 111,000

HL50SK

148 @ 69,000  172 @ 84,000  184 @ 92,000  178 @ 88,000  190 @ 96,000 202 @ 104,000 214 @ 111,000

HL80SK

188 @ 76,000  212 @ 91,000  224 @ 98,000  221 @ 97,000 233 @ 104,000 245 @ 112,000 257 @ 119,000

HL119SK

220 @ 76,000  244 @ 91,000  256 @ 98,000  253 @ 97,000 265 @ 104,000 277 @ 112,000 289 @ 119,000

Model

1

8

0

°F

6

 G

P

M

*

1

8

0

°F

1

0

 G

P

M

*

2

0

0

°F

6

 G

P

M

*

2

0

0

°F

1

0

 G

P

M

*

FIRST HOUR RATING (gal) @ Coil Output (Btu/hr)

Table 3: 

Performance (cont.)

NOTES: 

* Based on 77°F rise with 58°F potable water inlet temperature at 8 GPM heat source flow rate.  Heat source temperature was 180°F.
** Minimum Coil output based on continuous boiler operation over 30 minutes.  See Section III for additional considerations.

All data obtained through testing in accordance with GAMA INDIRECT-FIRED WATER HEATER TESTING STANDARD IWH-TS-1_MARCH 2003

2

0

0

°F

1

2

 G

P

M

*

2

0

0

°F

8

 G

P

M

*

1

8

0

°F

1

2

 G

P

M

*

NOTES: 

First Hour Rating = First Draw + Continuous Draw
* Coil Input (temperature, flow rate).  Ratings based on 77°F rise with 58°F inlet potable water.

All data obtained through testing in accordance with GAMA INDIRECT-FIRED WATER HEATER TESTING STANDARD IWH-TS-1_MARCH 2003

Summary of Contents for HL119SK

Page 1: ...that commonly reduces the life of other in direct water heaters 3 Steel coil increases heat transfer for faster recov ery and the luxury of never running out of hot water 3 Coils and tank lining are...

Page 2: ...rvice This unit must be installed by licensed or authorized installers or technical personnel that service water heating equipment The heater must be installed in accordance with all local codes and o...

Page 3: ...Section I Specifications 4 Section II General Information 6 Section III Pre Installation 8 Section IV Installation 10 Section V Maintenance 13 Section VI Troubleshooting 14 Section VII Parts List 15...

Page 4: ...etting for normal residential use is 120 F ECR recommends a tempering valve or anti scald valve be installed and used according to the manufacturer s directions to prevent scalding HL30SK 22 35 3 4 27...

Page 5: ...78 88 000 190 96 000 202 104 000 214 111 000 HL80SK 188 76 000 212 91 000 224 98 000 221 97 000 233 104 000 245 112 000 257 119 000 HL119SK 220 76 000 244 91 000 256 98 000 253 97 000 265 104 000 277...

Page 6: ...provides limited control for domestic hot water temperature The proper temperature setting for domestic hot water use is 120 F 49 C If hotter water is required a tempering device or anti scald device...

Page 7: ...r system When hydrogen is present there will probably be an unusual sound such as air escaping through the pipe as the water begins to flow There should be no smoking or open flame near the faucet at...

Page 8: ...th 180 F and 200 F boiler water To determine the appropriate circulator for your system follow these three steps 1 Calculate the pressure drop of all straight pipe and fittings on the supply and retur...

Page 9: ...inimum coil output assume coil output boiler output listed in Tables 2 and 3 is not met the output first hour rating of the water heater will not be met at the selected flow rate To approximate the re...

Page 10: ...be minimized A flow check valve must be installed on the return line All piping to the inlet cold and outlet hot domestic water connections should be new copper with a minimum size of 1 2 ID for model...

Page 11: ...IV INSTALLATION cont CHECK VALVES ZONE CIRCULATORS ISOLATION VALVES ADDITIONAL ZONES INDIRECT CIRCULATOR INDIRECT WATER HEATER TO HEATING ZONE AIR SEPARATOR AIR VENT EXPANSION TANK COLD WATER INLET BO...

Page 12: ...the indirect calls for heat the indirect coil tank heater circulator must start rather than opening a zone valve the system circulator stays off and the boiler must light to reach high limit WIRING NO...

Page 13: ...nd at least yearly once a time interval for inspection has been developed It is recommended to check the rod s six months after the heater is installed If the anode rod had reduced in size by two thir...

Page 14: ...k power supply Replace as necessary Faulty tank aquastat Replace aquastat Boiler cycles more than 5 times per day during hotest months Excessive demand Reduce demand or consider larger tank Faulty aqu...

Page 15: ...HL50SK 3 HL80SK 3 HL119SK 5 Leak Detector Fitting HL30SK HL40SK 5 Leak Detector Fitting HL50SK HL80SK HL119SK 6 ST00601 1 T P Relief Valve 3 4 LL100XL HL30SK HL40SK HL50SK 6 ST01001 1 T P Relief Valve...

Page 16: ...e unauthorized alteration improper repair or maintenance excessive pressure or leaks at water connections or any other similar cause 5 The failure or malfunction results from failure to keep the unit...

Reviews: