Vermont Casting LHER20 사용자 설명서
6
10005360
LHE Series Natural Vent Insert
Natural
LP
Minimum Inlet Pressure
5.5"
W
.
C
.
11.0"
W
.
C
.
Maximum Inlet Pressure
14.0"
W
.
C
. 14.0"
W
.
C
.
Manifold Pressure
3.5"
W
.
C
.
10.0"
W
.
C
.
Gas Inlet & Manifold Pressures
Do not use this appliance if any part of it
has been under water. Immediately call a
qualified service technician to inspect the
unit and replace any part of the control
which has been under water.
has been under water. Immediately call a
qualified service technician to inspect the
unit and replace any part of the control
which has been under water.
LHEC20 / LHER20 / LHEC30 / LHER30
Certified To
ANSI Z 21.88-2005 / CSA 2.33-2005
Vented Gas Fireplace Heaters
Preparation
Before beginning, remove glass door and logs from
unit. Also check to make sure there is no hidden
damage to the unit. Take a minute and plan out the
gas,venting and electrical route. It is best to start with
the gas line first followed by the chimney liner. (Refer to
Page 9)
unit. Also check to make sure there is no hidden
damage to the unit. Take a minute and plan out the
gas,venting and electrical route. It is best to start with
the gas line first followed by the chimney liner. (Refer to
Page 9)
Gas Line Installation
When purging the gas line, the front glass
must be removed.
must be removed.
If gas piping from the source to the heater
location has not been accomplished, install the required
pipe. Consult local plumbing code to assure proper pipe
size.
The gas pipeline can be brought in through the rear or
the base of the heater.
NOTE: The gas line connection can be made of either
properly tinned 3/8" copper tubing, 1/2" rigid pipe or
an approved flex connector then reduced to 3/8" to the
heater. Some municipalities have additional local codes,
it is always best to consult your local authority and the
CSA- B149.1 installation code.
U.S. Installations consult the current National Fuel
pipe. Consult local plumbing code to assure proper pipe
size.
The gas pipeline can be brought in through the rear or
the base of the heater.
NOTE: The gas line connection can be made of either
properly tinned 3/8" copper tubing, 1/2" rigid pipe or
an approved flex connector then reduced to 3/8" to the
heater. Some municipalities have additional local codes,
it is always best to consult your local authority and the
CSA- B149.1 installation code.
U.S. Installations consult the current National Fuel
Gas Code, ANSI Z223.1/NFPA 54.
Always check for gas leaks with a mild
soap and water solution. Do not use an
open flame for leak testing.
Always check for gas leaks with a mild
soap and water solution. Do not use an
open flame for leak testing.
The gas control is equipped with a captured screw
type pressure test point, therefore it is not necessary to
provide a 1/8" test point up stream of the control.
When using copper or flex connector, use only
approved fittings. Always provide a union when
using black iron pipe so the gas line can be easily
disconnected for burner or fan servicing. See gas
specifications for pressure details and ratings. NOTE:
If flex connector is used, it must be kept inside of the
heater.
type pressure test point, therefore it is not necessary to
provide a 1/8" test point up stream of the control.
When using copper or flex connector, use only
approved fittings. Always provide a union when
using black iron pipe so the gas line can be easily
disconnected for burner or fan servicing. See gas
specifications for pressure details and ratings. NOTE:
If flex connector is used, it must be kept inside of the
heater.
These gas inserts are approved for installation
in solid fuel burning masonry or zero clearance
fireplaces.
in solid fuel burning masonry or zero clearance
fireplaces.
High Elevations
Input ratings are shown in BTU per hour and are
certified without deration for elevations up to
4,500 feet (1,370m) above sea level.
For elevations above 4,500 feet (1,370m) in USA,
installations must be in accordance with the
current ANSI Z223.1/NFPA 54 and/or local codes
having jurisdiction.
In Canada, please consult provincial and/or local
authorities having jurisdiction for installations at
elevations above 4,500 feet (1,370m).
certified without deration for elevations up to
4,500 feet (1,370m) above sea level.
For elevations above 4,500 feet (1,370m) in USA,
installations must be in accordance with the
current ANSI Z223.1/NFPA 54 and/or local codes
having jurisdiction.
In Canada, please consult provincial and/or local
authorities having jurisdiction for installations at
elevations above 4,500 feet (1,370m).
Units:
LHEC20RN
LHEC20RN
GICN4B0
LHEC30RN GINN3H0
LHEC20RP
GICL4B0
LHEC30RP
GINL3H0
LHEC20RFN J34KC0
LHEC30RFN K32KC0
LHER20RN
GIRN3B0
LHEC30RFP K32LC0
LHER20RP
GIDN3B0
LHER30RN K31A30
Gas Specifications
Max.
Min.
Air Shutter
Gas
Input Input
Setting
Model
Fuel
Control Btu/h Btu/h Front Rear
LHEC20RN
Nat. Gas Millivolt 20,000 14,000 Fully Closed
Hi/Lo
Open 50%
LHEC20RP Prop. Gas Millivolt 20,000 15,000 Fully Fully
Hi/Lo
Open Open
LHEC20RFN Nat. Gas Comfort 20,000 14,000 Fully Closed
Control
Open 50%
LHEC20RFP Prop. Gas Comfort 20,000 15,000 Fully Fully
Control
Open Open
LHER20RN
Nat. Gas Millivolt 20,000 14,000 Fully Closed
Hi/Lo
Open 50%
LHER20RP Prop. Gas Millivolt 20,000 15,000 Fully Closed
Hi/Lo
Open 50%
LHEC30RN
Nat. Gas Millivolt 30,000 21,000 Fully Closed
Hi/Lo
Open 15%
LHEC30RP Prop. Gas Millivolt 30,000 22,500 Fully Closed
Hi/Lo
Open 15%
LHEC30RFN Nat. Gas Comfort 30,000 21,000 Fully Closed
Control
Open 15%
LHEC30RFP Prop. Gas Comfort 30,000 22,500 Fully Closed
Control
Open 15%
LHER30RN
Nat. Gas Millivolt 30,000 21,000 Fully Closed
Hi/Lo
Open 15%
LHER30RP Prop. Gas Millivolt 30,000 22,500 Fully Closed
Hi/Lo
Open 15%