Armstrong FLO-RITE-TEMP 665DW 설치 및 조정 지침 - 페이지 2
{카테고리_이름} Armstrong FLO-RITE-TEMP 665DW에 대한 설치 및 조정 지침을 온라인으로 검색하거나 PDF를 다운로드하세요. Armstrong FLO-RITE-TEMP 665DW 17 페이지. Instantaneous water heater. instructions for single and double wall units
Armstrong FLO-RITE-TEMP 665DW에 대해서도 마찬가지입니다: 설치 및 조정 지침 (20 페이지)
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INSTALLATION AND ADJUSTMENT INSTRUCTIONS
No water heater will work satisfactorily if improperly installed and operated. These instructions contain
important information for the installation and adjustment of the FLO-RITE-TEMP Water Heaters. Read
these instructions carefully before installing this unit. FAILURE TO ADHERE TO THESE
INSTRUCTIONS COULD RESULT IN SERIOUS BODILY INJURY OR PROPERTY DAMAGE.
STEAM PIPING INSTALLATION OF A SINGLE UNIT
Single and Double Wall
NOTE: FLO-RITE TEMP is provided with (1) one Armstrong Steam Trap and Thermostatic
Air Vent (shaded). All other items shown not included.
NOTE: units may be piped in parallel for larger capacity requirements. See Fig. 15-1 for an example of
parallel unit installation.
The unit includes the mixing valve mounted to the heat exchanger, channel iron and U-bolts mounted,
thermostatic air vent installed on the heat exchanger, a water pressure pop off valve integral to the unit control
valve and a separate Armstrong Inverted Bucket Steam Trap.
1.
Install the FLO-RITE-TEMP with adequate room to allow for tube bundle removal when cleaning is
required. See Table 12-1 for specific dimensions.
2.
If 2-15 psig of steam is available a pressure reducing valve is NOT required. If a pressure reducing valve is
required, an Armstrong Inverted Bucket Steam Trap is recommended to drain condensate at the inlet of the
pressure reducing valve.
October 31, 2002 @ 3:15 pm
FLO-RITE-TEMP
INSTANTANEOUS WATER HEATER
NOTICE
Steam
In
Armstrong Pressure
Reducing Valve (If Req'd)
GP-2000
Armstrong
I.B. Trap
Armstrong Thermostatic
Air Vent
2-15 psig Steam
in the Shell
Vacuum Breaker
Armstrong
I.B. Trap
STEAM SIDE INSTALLATION
(Refer to Fig. 2-1)
Safety Relief
Valve
Gate
Valve
Pressure
Gauge
Fig. 2-1
2