Trane architectural wall fin is ideal for
heating modern commercial,
institutional or industrial buildings.
Attractive styling and wide application
flexibility allow wall fin cabinet designs
to be used for virtually any application.
Available for hydronic or steam heating,
Trane wall fin can also be used in
combination with convectors for smaller
areas, allowing for the use of one source
when designing a radiation heating
system. (See FIN-DS-2 for convector
applications.)
Trane Wall Fin — Simply the Best
Wall fin effectively meets the heating
needs of long, open areas. It counters
cold air downdrafts common to
expansive glass areas used in many of
today’s most prestigious buildings.
Provides continuous heat along room
•
perimeter.
Allows removal of any unit panel for
•
service accessibility.
The front panel never touches the wall
•
— only Trane’s exclusive mounting
strip.
The front panel can be raised or
•
removed without disturbing the unit or
damaging wallpaper, paint or the
plaster seal.
Operates quietly because there are no
•
moving parts.
Type T
Features
and Benefits
An effective heating system for any office. Attractive styling that blends with any
architectural design.
Type S
Type F
Type TA
Controls with the damper or valve
•
individually.
Blends well with any decor.
•
Works effectively with cooling-only
•
VAV and heat recovery systems.
Includes 14 or 16-gauge front panels.
•
Unit vent draft barrier enclosures.
•
Pipe enclosures for use with ForceFlo
•
and Fan Coil Units.
Wall Fin
I=B=R Certified Ratings for Trane Wall
Fin
The I=B=R symbol is the registered
trademark of the Hydronics Institute
which tests and rates in strict accordance
with published standard wall fin
elements and elements with enclosures.
The wall fin heating units must conform
to appropriate test standards to have
certified I=B=R ratings.
Why Hydronics?
Besides the reliability of equipment
ratings, and the well established
reliability of hydronic accessories, there
are many good reasons why hydronic
systems have long been recognized as
the standard method for providing
indoor comfort.
Hydronic heating, whether steam or hot
water, provides positive, controlled
circulation of the heating medium.
Systems are basically self-balancing, and
in larger, more complicated heating
systems, balancing is positively
controlled by familiar valves and
thermostats.
The life of some hydronic equipment
may be measured in decades; some
existing boilers are more than fifty years
old. In addition to the high efficiency of
boilers (some over 85%) the losses
through the distribution system are
extremely low on modern installations.
Temperature control is close to ideal with
hydronics. Any well-designed system
can provide excellent comfort, without
drafts or sharp swings in temperature.
The flexibility of hydronic installations
permits a variety of piping
arrangements, simple or sophisticated
controls, and a large choice of room
distribution units for all comfort
applications.
Hydronic Light Commercial
Slope Top Wall Fin — Model 11S
Features and Benefits
Performance and General Data
Dimensional Data
Cover and Accessory Layout
Mechanical Specifications
85
91
93
96
98
100
101
3
Page 4
Features and
Benefits
A simple installation designed to last
without visible fasteners — Trane’s
exclusively designed mounting strip
makes it possible.
Cabinet
enclosures
and
accessory
panels
hinge-lock
easily into
mounting
strip.
Roll-formed
indentation
runs full
length of
mounting
strip for
easy bolt
hole
location.
Ribbed steel
enclosure
brackets
provide
element
support base
and brace the
Mounting strip keys entire
installation, attaches to any
wall, and assures the tightest
fit possible — even against
the most imperfect wall.
End Panel
Element/pipe
supports
position in slots
in the enclosure
bracket to allow
two-tier
element and
pipe
installation.
Curved rectangular
metal washers to
assure tight fit against
the wall.
Serves as wall
panel stop.
Cradle and nylon cradle
guides assure exact element
location and allow element
cradles to slide freely and
noiselessly.
Serves as plaster
stop for semirecessed
installations.
Rigid element damper
provides heat
modulation.
Roll-formed front panels hinge
invisibly into the mounting strip.
Locking clip slides over panel lip to hold it
securely to bracket.
Deluxe unit with extruded grille. The grille is
separate and hinges into the mounting strip.
Panel clip and slide bolt fastener for front
panel alignment are hidden from view.
FIN-PRC004-EN4
Page 5
Features and
Benefits
Hydronic Heating Elements — Copper/
Aluminum and Steel
Copper-Aluminum Elements
3
/4”, 1” and 1 1/4” (19 mm, 25 mm and 32
mm) Copper Tubes With 40, 50 or 58
Aluminum Fins per foot (131, 164 190
per meter).
3
/4” (19 mm)
1” (25 mm)
1
/4” (32 mm)
1
Positive Temperature Control
Efficient element-mounted damper.
•
Reduces unit capacity by 70 percent.
•
Has jam-proof bead chain control
•
system.
Control knob is mounted on the outlet
•
grille.
Steel Elements — Standard options
feature 1
steel fins per foot (171 per meter).
1
1
/4” (32 mm) steel tube with 52
1
/4” (32 mm)
For Models S, F, T & TA
Elements available in copper-
•
aluminum or steel.
Elements are efficient and long lasting.
•
Element tubes mechanically expanded
•
into fin collars.
Fin collars provide even and positive
•
spacing for even air distribution.
The mechanical bond assures an
•
efficient and durable element
assembly.
Fins cannot work loose.
•
5FIN-PRC004-EN
Page 6
Application
Considerations
A Heating System and Style to Suit Any Application
Wall Mounted
T
Top Outlet
Top Outlet
Extruded
Front Outlet
Wall Mounted Cabinet Options
3
/8”
3
(86 mm)
FS
Slope Top
Outlet
With
Grille
TA
Type EType X
Enclosure styles meet the heating needs
of long, open areas in any interior.
Wall-mounted wall fin enclosures
•
available in depths of four and six
inches (102 mm, 152 mm).
Enclosure depth is determined by the
•
type of element to be used.
See pages 13 through 43 and Tables
•
PD-1 through PD-25 for details.
Front inlet grilles.
•
Bottom inlet grilles.
•
Inverted enclosures for styles S, F and
•
T enclosures only.
Tamperproof fastener option.
•
Pipe Enclosures
•
Tamperproof
Fastener
Ceiling Mounted
Type CS
1
/2” (13 mm) Dia. Mtg. Hole
4 1/2”
(114 mm)
Front Inlet Grille
Floor Mounted
Type E3
Continuous
Sheet Metal
Angle
Type E3-2W
Inverted Enclosure
Type E3A-1W
Pipe EnclosureBottom Inlet Grille
Type E3A-2W
Ceiling-mounted wall fin enclosures
•
available in depths of four and six
inches (102 and 105 mm).
See pages 13, 14, 15 and 49.
•
Pedestal wall fin enclosures available
•
with one or two wide elements.
See pages 36, 37, 42, 53, 54, 55, 56, 57
•
and 58 and Tables PD-24, PD-25, M-1,
M-2, M-3, M-4 and M-5.
FIN-PRC004-EN6
Page 7
Selection
Procedure
Hydronic/Steam Wall Fin
Selection
Hot Water Systems
The capacity rating of wall fin in a hot
water heating system depends on the
difference between average water
temperature and entering air
temperature, and on the velocity at
which water is circulated through the
tube. The effect of water velocity on the
capacity rating is appreciable (see Chart
S-1) and should be taken into account
when selecting wall fin. Following are
example selections for hot water
systems.
Hot Water Systems
Example 1
Assume a two-pipe system is being used
with 180°F average water temperature,
20°F temperature drop and 65°F entering
air temperature. Assume a calculated
heat loss of 20,000 Btu, for which one
row of 1 1/4” steel element in a Type 12S
enclosure is desired.
From Chart S-1, reading from 20,000 Btu
(under 20°F temperature drop) across to
1
/4” steel element and down, indicates
a 1
a water velocity of approximately .45 ft/
sec. The water velocity correction factor
corresponding to .45 ft/sec is .920. The
radiation is selected so that it would
deliver
20,000 Btu (calculated heat loss)
0.920 (velocity correction factor)
or 21,739 Btu if the water velocity were 3
ft/sec. It will then deliver the required
20,000 Btu at the actual water velocity of
.45 ft/sec.
1
From Table PD-8, the output of 1
steel, Series 52 element in a Type 12S
enclosure is (looking under 180°F
average water, 65°F entering air) 1060
Btu/lineal foot at 3 ft/sec water velocity.
Wall fin required:
21,739 Btu = 20.5 lineal feet.
1060 Btu/ft
Length Selection — Loop Systems
Example 2
If the unit in Example 1 above was part
of a 100,000 Btu loop with a 20°F drop
(across the entire loop) the water
velocity through the loop would be 2.20
ft/sec and the water velocity correction
factor for all units on this loop would be
approximately .987. For the unit being
considered, the radiation would be
selected to deliver 20,300
20,000
/4”
( .987 )
Btu at 3 ft/sec water velocity.
Steam Systems — Selecting Wall Fin
Lengths
The capacity rating of wall fin in a steam
heating system depends upon the
difference between the steam
temperature and the entering air
temperature. For any steam system, to
establish the lineal feet of wall fin
required: divide the heat loss by the
capacity rating per foot at the steam
system and entering air conditions.
Ratings for 1 psi steam and 65°F
entering air can be found on Tables
PD-1 through PD-21. Ratings for other
steam and air conditions can be
obtained by multiplying the 1 psi —
65°F capacity ratings by the proper
steam correction factor from Table S-2.
Example 1
Assume a steam system with 1 psi
steam and 65°F entering air conditions.
Also assume a 15,000 Btu heat loss for
which a 1” copper-aluminum element 40
fins/foot in a Type 10S enclosure is
desired.
Assume a steam system with 20 psi
steam and 55°F entering air conditions.
Also assume a 25,000 Btu heat loss for
which 2 rows of 1
element on 9
without a cover. The capacity rating per
lineal foot from Table PD-3 at 1 psi steam
and 65°F entering air is 2120 Btu/ft.
Multiplying this capacity rating by 1.52
(steam correction factor from Table S-2)
gives a rating of 3222 Btu/ft with 20 psi
steam and 55°F entering air.
Chart S-1 — Water Velocity Correction
Factors — Pressure DropsENGLISH
All Catalog Capacities Based On 3.0
Feet Per Second Water Velocity.*
*Correction Factor =.04
Water Velocity
(3)
SI
FIN-PRC004-EN8
Page 9
Selection
Procedure
Effect of Temperature Drop On
Fin-Tube Ratings
The effect of temperature drop on heat
output of a wall fin element can be
readily determined. Select the heating
element using average water
temperature (entering water
temperature minus
1
/2 water
temperature drop) and correct for water
velocity as follows:
By use of the relationship,
GPM =
BTU
*500 x Water Temperature Drop
the waterflow rate for a wall fin unit of
the required Btu and at a definite
temperature drop, is easily calculated.
(Many engineers use gallons per minute
as the basis for selecting pipe sizes, since
charts are set up on this basis in the
The heat output of a given wall fin unit
will vary somewhat with different water
velocities, all other conditions being
equal. From Chart S-1, the water velocity
can be found for a wall fin element of the
particular tube size and gpm waterflow
required. The velocity correction factor
can be determined by using Chart S-1.
ASHRAE Guide. Therefore, this would
not be an extra step.)
Table S-1 — Pipe Water Capacities and Quantities Circulated at Velocity of 3* Feet Per Second (.91 m/s)
*For steam pressures and air temperatures other than 1 psi and 65°F (6.895 kPa and 18.3°C). For process applications, deduct heating effect after applying above factor to 1 psi, 65°F (6.895 kPa,
18.3°C air) air rating for desired element arrangement.
Lbs. Per Hour
(Gals. Per Ft.) (3600) (8.3)
Entering Air Temperature
9FIN-PRC004-EN
Page 10
Selection
Procedure
Table S-3 — Correction Factors for Non-Standard Average Water Temperatures
NOTE: To determine capacity of non-standard conditions, multiply the corresponding factor above by the BTU (Watts/
meter) steam rating found on pages 13-37.
*The weight of a U.S. gallon of water at
60°F is 8.33 pounds. At a flow rate of
1 U.S. gpm, the weight of the water
circulated through the system in one
hour is 1.0 x 8.33 multiplied by 60 minute
= 500 pounds.
Table S-4 — Factors Used to Convert 1 PSI
Steam Ratings to Hot Water Ratings at
Temperatures Indicated
Note: To determine capacity at non-standard conditions,
multiply the corresponding factor above by the BTU
(Watts/meter) steam rating found on pages 13-37.
FIN-PRC004-EN10
Page 11
Selection
Procedure
Rating Adjustment for Greater Than
Cataloged Installed Height-Heating
Effect
Ratings in Tables PD-1 through PD-25
include the factor shown in Table S-5 for
installed heights recommended.
Installed height defines the installed
location that is the basis for the
published rating and determines the
percentage which may be added to
condensation capacity. If the unit is
installed at a different height than
recommended, the following
computation applies:
Capacity at actual installed height=
(Table S-5 factor for
Rated Capacity x
actual installed height)
(Table S-5 factor for
recom. installed height)
Example
A 12S enclosure is to be installed 6”
above the recommended installed
height. Compute the new capacity rating:
Wall Fin Correction Factors Selection
1
Actual installed height is 19 7/32” (13 7/32”
from Table PD-8 + 6” (152 mm) ).
Interpolating from Table S-5, the heating
effect factor is 1.065.
2
Recommended installed height is 13 7/32
(from Table PD-8). From Table S-5, the
heating effect is 1.075.
3
Actual capacity = rated capacity
(Table PD-8) x 1.065
1.075
Determining Pressure Drop
(Refer To Chart S-1)
One-Row Units
— Read pressure drop
per 100 feet (30.5 m) on one row
assembly below the water velocity.
Two-Row Units, Serpentined (piped in
— All water passes through both
series)
rows, so pressure drop per 100 feet (30.5
m) of assembly is twice the pressure
drop below the water velocity.
Two-Row Units, Headered (piped in
parallel)
— Half the water flows through
each row. The actual water velocity in
each row is one-half the water velocity.
The water velocity correction factor
appears below the actual water velocity.
Pressure drop will be the same for each
row, so the drop per 100 (30.5 m) feet of
assembly appears below the actual
water velocity.
Table S-5 — Heating Effect Factors for Greater Than Cataloged Installed Heights
Type Enclosure457 mmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm
Installed height is vertical distance from floor to top of upper element for bare element; top of outlet grille for Type F enclosure; center of outlet grille for Type S enclosure; and
underside of the outlet grille for Type T, TA or E unit.
18” Or Less 483508533559584610635660686711737762813864914
19”20”21”22”23”24”25”26”27”28”29”30”32”34”36” or More
Installed Heights (Inches)
11FIN-PRC004-EN
Page 12
Selection
Procedure
Maximum Installed Lengths
Hot water systems velocity and pressure
drop are two factors that will influence
the maximum installed lengths of wall fin
hot water systems. Velocity in any pipe
size is dependent upon the capacity of
the installed wall fin and the water
temperature drop through the unit. Table
S-6 gives the maximum installed
capacity for any single wall fin unit or
loop based on *5 ft./sec (1.5 m/sec).
velocity through the tube (maximum
recommended for quiet operation) and a
20°F (-6.7°C) water temperature drop.
The maximum recommended installed
length for any element and enclosure
combination can be determined by
dividing the maximum recommended
capacity from Table S-6 by the lineal foot
capacity of the element and enclosure
combination from the capacity table.
For headered two-row element
installations (elements piped in parallel),
the maximum capacity from Table S-6 can
be doubled.
For water temperature drop other than
20°F (-6.7C), the maximum capacity may
be determined as follows:
*For low pressure systems. Based on 1/4 psi (1.7kPa) pressure drop per 100 feet (30.5 m).
Wall fin elements having the smallest
tube sizes and highest velocities will give
the most efficient heat output and the
lowest pipe fitting costs. However, this
should be balanced against lower
pressure drops and perhaps a more
economical circulating pump selection
made possible with large tube sizes or
larger temperature drops.
*Tables based on 3 ft/sec. (.91 m/sec.)
velocity should not exceed 8 ft/sec
(2.4 m/sec.) due to pipe corrosion.
FIN-PRC004-EN12
Page 13
Selection
Procedure
Provisions For Expansion
Copper tube wall fin elements and
copper tubing, when installed at 40°F
(4.4°C) and operated at 200°F (93°C)
average water temperature, will expand
as much as 1/8” (3.2 mm) in each 10’ (3
m) length. Provisions must be made to
accommodate this expansion at the
heating element supports and at the
ends of the wall fin elements and piping.
Packless expansion joints and flexible
connectors are commercially available
to accommodate expansion in a
horizontal run of wall fin or at the ends
of piping. Manufacturer’s literature
should be consulted for details.
Charts S-2 and S-3 give the total amount
of expansion for various lengths of
copper or steel tube when installed at
40°F (4.4°C) and operated at different hot
water or steam temperatures.
*Based on wall fin installed at 40°F (4.4°C). For wall fin
installed at other temperatures, subtract the installation
temperature from the operating temperature to find the
actual temperature difference. Add this difference to
40°F (4.4°C). Now read in Chart S-2 or S-3 from the
temperature obtained across to installed length and
down to the amount of expansion.
Chart S-2— Expansion in Steel Elements and Steel Pipe
OPERATING
TEMP*5 10 15 20 2530 3540 45 5055 60
INSTALLED LENGTH (IN FEET)ENGLISH
400°F
350°F
300°F
250°F
200°F
0
OPERATING
TEMP*
204°C
177°C
149°C
121°C
93°C
1
/4
1.53.14.66.17.69.110.7 12.2 13.715.2 16.8 18.3
1
/2
AMOUNT OF EXPANSION (IN INCHES)
INSTALLED LENGTH (IN METERS)
3
/411
1
/41 1/21 3/4
SI
06131925323844
AMOUNT OF EXPANSION (IN MILLIMETERS)
Chart S-3 — Expansion in Copper-Aluminum Elements and Copper Tube
OPERATING
TEMP*5 1015202530354045505560
300°F
250°F
200°F
0
1
/4
INSTALLED LENGTH (IN FEET)ENGLISH
1
/2
AMOUNT OF EXPANSION (IN INCHES)
3
/411
1
/41 1/21 3/4
OPERATING
TEMP*
149°C
121°C
93°C
1.53.14.66.17.69.110.7 12.2 13.715.2 16.8 18.3
INSTALLED LENGTH (IN METERS)SI
06131925323844
AMOUNT OF EXPANSION (IN MILLIMETERS)
13FIN-PRC004-EN
Page 14
Performance
Data
Bare Element Capacities
Table PD-1 — Ratings of Wall Fin Copper/Aluminum Elements Without Enclosures
Fin SeriesHeightEDR104°C99°C93°C88°C82°C77°C71°C66°C60°C54°C49°C43°C38°C
ElementPer Meter TiersmmSq. M Watts/Meter 1.050.950.860.78 0.690.61 0.53 0.450.40 0.33 0.26 0.20 0.15
NOTE: Rating is Btu/hr/ft (Watts/meter) of finned length (for element dimensions see page 49). Hot water ratings determined by applying correction factor to steam ratings, are for
water velocities of 3 ft/sec (.91 m/s) or greater. See page 9, Chart S-1 for correction factors for water velocities other than 3 ft/sec (.91 m/s). For definition of installed height and heating
effect factors, see page 11. For heating ratings at other steam pressures and/or entering air temperatures, see page 10, Table S-2.
19FIN-PRC004-EN
Page 20
Performance
Sloping
Data
Top
Table PD-5 — Ratings 4” (102 mm) Deep, Type S - Enclosure With Copper/Aluminum Elements
Steam CapacityHot Water Capacity
Per Ft.-1 Psi at 65°F AirBtu/Hr./Ft. — At 65°F Air, Average Water Temperature
Per Meter - 6.895 kPaWatts/Meter — At 18.3°C Air, Average Water Temperature
Fin SeriesHeightEDR104°C99°C93°C88°C82°C77°C71°C66°C60°C54°C49°C43°C38°C
ElementPer Meter Tiers Encl.mmSq. M Watts/Meter 1.05 0.95 0.86 0.78 0.69 0.61 0.53 0.45 0.40 0.33 0.26 0.20 0.15
NOTE: Rating is Btu/hr/ft (Watts/meter) of finned length (for element dimensions see page 49). Hot water ratings determined by applying correction factor to steam ratings, are for
water velocities of 3 ft/sec (.91 m/s) or greater. See page 9, Chart S-1 for correction factors for water velocities other than 3 ft/sec (.91 m/s). For definition of installed height and heating
effect factors, see page 11. For heating ratings at other steam pressures and/or entering air temperatures, see page 10, Table S-2.
FIN-PRC004-EN24
Page 25
Performance
Front
Data
Outlet
Table PD-10 — Ratings 4” (102 mm) Deep, Type F - Enclosure With Copper/Aluminum Elements
Steam CapacityHot Water Capacity
Per Ft.-1 Psi at 65°F AirBtu/Hr./Ft. — At 65°F Air, Average Water Temperature
Per Meter - 6.895 kPaWatts/Meter — At 18.3°C Air, Average Water Temperature
Fin SeriesHeightEDR104°C99°C93°C88°C82°C77°C71°C66°C60°C54°C49°C43°C38°C
ElementPer Meter Tiers Encl.mmSq. M Watts/Meter 1.05 0.95 0.86 0.78 0.69 0.61 0.53 0.45 0.40 0.33 0.26 0.20 0.15
NOTE: Rating is Btu/hr/ft (Watts/meter) of finned length (for element dimensions see page 49). Hot water ratings determined by applying correction factor to steam ratings, are for
water velocities of 3 ft/sec (.91 m/s) or greater. See page 9, Chart S-1 for correction factors for water velocities other than 3 ft/sec (.91 m/s). For definition of installed height and heating
effect factors, see page 11. For heating ratings at other steam pressures and/or entering air temperatures, see page 10, Table S-2.
29FIN-PRC004-EN
Page 30
Performance
Top
Data
Outlet
Table PD-15 — Ratings 4” (102 mm) Deep, Type T - Enclosures With Copper/Aluminum Elements
Steam CapacityHot Water Capacity
Per Ft.-1 Psi at 65°F AirBtu/Hr./Ft. — At 65°F Air, Average Water Temperature
Per Meter - 6.895 kPaWatts/Meter — At 18.3°C Air, Average Water Temperature
Fin SeriesHeightEDR104°C99°C93°C88°C82°C77°C71°C66°C60°C54°C49°C43°C38°C
ElementPer Meter Tiers Encl.mmSq. M Watts/Meter 1.05 0.95 0.86 0.78 0.69 0.61 0.53 0.45 0.40 0.33 0.26 0.20 0.15
NOTE: Rating is Btu/hr/ft (Watts/meter) of finned length (for element dimensions see page 49). Hot water ratings determined by applying correction factor to steam ratings, are for
water velocities of 3 ft/sec (.91 m/s) or greater. See page 9, Chart S-1 for correction factors for water velocities other than 3 ft/sec (.91 m/s). For definition of installed height and heating
effect factors, see page 11. For heating ratings at other steam pressures and/or entering air temperatures, see page 10, Table S-2.
FIN-PRC004-EN34
Page 35
Performance
Top
Data
Outlet – TA
Table PD-20 — Ratings 4” (102 mm) Deep, Type TA - Enclosures With Copper/Aluminum Element
Steam CapacityHot Water Capacity
Per Ft.-1 Psi at 65°F AirBtu/Hr./Ft. — At 65°F Air, Average Water Temperature
Per Meter - 6.895 kPaWatts/Meter — At 18.3°C Air, Average Water Temperature
Fin SeriesHeightEDR104°C99°C93°C88°C82°C77°C71°C66°C60°C54°C49°C43°C38°C
ElementPer Meter Tiers Encl.mmSq. M Watts/Meter 1.05 0.95 0.86 0.78 0.69 0.61 0.53 0.45 0.40 0.33 0.26 0.20 0.15
NOTE: Rating is Btu/hr/ft (Watts/meter) of finned length (for element dimensions see page 49). Hot water ratings determined by applying correction factor to steam ratings, are for
water velocities of 3 ft/sec (.91 m/s) or greater. See page 9, Chart S-1 for correction factors for water velocities other than 3 ft/sec (.91 m/s). For definition of installed height and heating
effect factors, see page 11. For heating ratings at other steam pressures and/or entering air temperatures, see page 10, Table S-2.
39FIN-PRC004-EN
Page 40
Performance
Data
Table PD-25 — Ratings, Type 4E, E3 and E3-2W Enclosures With Copper/Aluminum Elements
Steam CapacityHot Water Capacity
Per Ft.-1 Psi at 65°F AirBtu/Hr./Ft. — At 65°F Air, Average Water Temperature
Per Meter - 6.895 kPaWatts/Meter — At 18.3°C Air, Average Water Temperature
Fin SeriesHeightEDR104°C99°C93°C88°C82°C77°C71°C66°C60°C54°C49°C43°C38°C
ElementPer Meter Tiers Encl.mmSq. M Watts/Meter 1.05 0.95 0.86 0.78 0.69 0.61 0.53 0.45 0.40 0.33 0.26 0.20 0.15
NOTE: Rating is Btu/hr/ft (Watts/meter) of finned length (for element dimensions see page 49). Hot water ratings determined by applying correction factor to steam ratings, are for
water velocities of 3 ft/sec (.91 m/s) or greater. See page 9, Chart S-1 for correction factors for water velocities other than 3 ft/sec (.91 m/s). For definition of installed height and heating
effect factors, see page 11. For heating ratings at other steam pressures and/or entering air temperatures, see page 10, Table S-2.
FIN-PRC004-EN40
Page 41
Dimensional
Sloping
Element Location
For Hot Water Systems
Data
Top
Sloping Top
1
3
/8 (35)
3
3
1” (25)
2
/4 (95)
3
/4 (70)
Type S
D
A
E
C
2 Or 3 (51 or 76)
B
Dimensions shown in ( ) are in millimeters.
Table DD-1 — Type S — Enclosure Dimensions
Enclosure Depth4” (102)6” (152)
Fin Size(83 x 83) Alum.(83 x 133) Alum.(64 x 133) Steel
Tube Size
A10” 14” 18” 24” 10” 14” 18”24” 10” 14” 18” 24”12”16” 20” 24” 12” 16” 20” 24”
NOTE: Enclosures available in 16-gauge (1.5 mm thickness) or 14-gauge (1.9 mm thickness) steel, cleaned and phosphatized to prevent corrosion and rust creep from scratches,
finished in baked, standard prime enamel finish. Also available in choice of six baked enamel finish colors.
NOTE: Enclosures available in 16-gauge (1.5 mm thickness) or 14-gauge (1.9 mm thickness) steel, cleaned and phosphatized to prevent corrosion and rust creep from scratches,
finished in baked, standard prime enamel finish. Also available in choice of six baked enamel finish colors.
NOTE: Enclosures available in 16-gauge (1.5 mm thickness) or 14-gauge (1.9 mm thickness) steel, cleaned and phosphatized to prevent corrosion and rust creep from scratches,
finished in baked, standard prime enamel finish. Also available in choice of six baked enamel finish colors.
NOTE: Enclosures available in 16-gauge (1.5 mm thickness) or 14-gauge (1.9 mm thickness) steel, cleaned and phosphatized to prevent corrosion and rust creep from scratches,
finished in baked, standard prime enamel finish. Also available in choice of six baked enamel finish colors.
NOTE: Types E3 and E3-2W available in 16-gauge
(1.5 mm thickness) only. Types 3E and 4E available in
16- gauge (1.5 mm thickness) or 14-gauge (1.9 mm
thickness). All enclosures are cleaned and phosphatized
to prevent corrosion and rust creep from scratches,
finished in baked standard prime enamel finish. Also
available in choice of six baked enamel finish colors.
Table DD-6 — Inside and Outside Corners
E3-2W
Dimension 3E4EE3(133) Fin
B6 7/8”8 7/8”9 1/8”14 11/16”
(175)(225)(232)(373)
Dimensions shown in ( ) are in millimeters.
5 1/4”
45FIN-PRC004-EN
Page 46
Dimensional
Bottom Air
Data
Inlet Grille
Type T — 4” Deep x 14” High Top Outlet Enclosure
with Bottom Inlet Grille shown.
1
1. Heating Element with 3
2. Front Panel with stamped sheet metal Bottom Air
Inlet Grille.
3. Mounting Strip.
4. Mounting Strip Support Washer.
5. Type 4X Wall Bracket.
6. Element Cradle.
7. Mounting Fasteners by others.
Note: For capacity ratings, see pages 16-35 and Tables PD-4--PD-23, use correction factor of 0.90.
/4” x 3 1/4” size fins.
Type T — 6” Deep x 16” High Top Outlet Enclosure
with Bottom Inlet Grille shown.
1. Heating Element with 3 1/4” x 5 1/4” size fins.
2. Front Panel with stamped sheet metal Bottom Air
Inlet Grille.
3. Mounting Strip.
4. Mounting Strip Support Washer.
5. Type 5X Wall Bracket.
6. Element Cradle.
7. Mounting Fasteners by others.
FIN-PRC004-EN46
Page 47
Dimensional
Pipe
Data
10PE12PE
Enclosures
1. Enclosure
2. Mounting Strip
3. Mounting Washer
4. Fasteners by Others
14PE
47FIN-PRC004-EN
Page 48
Dimensional
Pipe
Data
16PE18PE
Enclosures
1. Enclosure
2. Mounting Strip
3. Mounting Washer
4. Fasteners by Others
20PE
FIN-PRC004-EN48
Page 49
Dimensional
Pipe
Data
24PE24PE
Enclosures
1. Enclosure
2. Mounting Strip
3. Mounting Washer
4. Fasteners by Others
49FIN-PRC004-EN
Page 50
Dimensional
Data
Element, Enclosure And Cover Length —
General
The over-all length of an enclosure or
cover, or of several joined together, is the
same as the ordering length. Over- all
length when an end panel is used is 1”
(25 mm) longer than the ordering length.
Over-all length when right and left end
panels are used is 2” (51 mm) longer
than the ordering length.
For wall-to-wall installations, use total
length to the nearest 6” (152 mm)
increment below the actual wall-to-wall
measurement. Enclosure extensions
telescope up to 4” (102 mm) to meet the
wall. Access panels (6” (152 mm) or 12”
(305 mm)) and 12” (305 mm) access
panels with 5” x 6” (127 x 152 mm) size
access door centered, provide easy
access to valves and fittings and can be
used for 6” (152 mm) or 12” (305 mm)
runs to the wall.
3
/4” CA (19 mm) copper-aluminum
elements are available in lengths of 1’
(.305 m) through 8’ (2.4 m ) in 6” (0.15 m)
increments. 1
mm) and 1
1
/4” (32 mm) steel or 1” (25
1
/4” (32 mm) copper-
aluminum elements are available in
lengths of 1’ (.305 m) through 12’ (3.7 m)
in 6” (0.15 m) increments. Cabinets are
available in lengths of 2’ (.61 m) through
8’ (2.4 m) in 6” (0.15 m) increments. Type
X covers in lengths of 2’ (.61 m) through
8’ (2.4 m) in 6” (0.15 m) increments, 24”
(610 mm) high cabinets in lengths of 2’
(.61 m) through 8’ (2.4 m) in 6” (0.15 m)
increments.
Elements
Assume an 18’ (5.5 m) of 1
1
/4” (32 mm)
steel, Series 52 element is required for
capacity needed. Unions will be used for
joining sections of the element along
with supply and return connections at
the ends. Two 9’ (2.7 m) lengths of
element will be required, with one joint
between them. Total length of the
installed assembly will be: 18’ (5.5 m)
(element length) + union joint + lengths
of supply and return connections.
Enclosures
With elements selected to meet capacity
needs, assume enclosures will be
selected to cover elements and piping
connections required. Since enclosures
are available in 6” (0.15 m) increments,
19’ (2.7 m) will be used to cover the
above assembly. Two 6
1
/2’ (2 m) and one
6’ (1.8 m) enclosure, 6 brackets (2 per
enclosure or 1 every three feet (.9m) will
be required. The overall length, including
right and left end panels, is 19’ (2.7 m) +
2” (.05 m) = 19’ 2” (2.75 m).
Wall-To-Wall Installations
To make a wall-to-wall installation with a
total length of 20’ 4
1
/2” (6.2 m), the
enclosure selection would change. In
addition to 20’ (6.1 m) of enclosure, two
5” (127 mm) enclosure extensions
would be required to accommodate the
1
odd 4
/2” (114 mm) dimension. Four 5’
(1.5 m) enclosures and eight enclosure
brackets would be needed.
Type X Covers And Type E Covers
Type X or Type E covers are normally
specified to cover only the heating
elements. For an 18’ (5.5 m) of element,
three 6’ (1.8 m) lengths of Type X or Type
E covers would be necessary. Type X
and Type E covers are supported at the
back and bottom front by wall brackets.
FIN-PRC004-EN50
Page 51
Dimensional
Data
Standard Cabinet And Element Mounting Locations
Figure DD-1 — Element and Pipe Support Spacing
Note: Extra clusters of slots provided
in 22-inch (559 mm) high bracket, for
additional element/pipe supports.
22” (559)
FOR 6” (152)
DEEP UNITS
18” (457)
5
/8” (41) Min.
1
5
/8” (118) Max.
4
14” (356)
5
1
10” (254)
7
5
/8” (149)
For use with 1 1/4” OD copper, 3 1/4” x
1
5
/4” size aluminum fins and 1 1/4”
OD steel tube, 2
1
/2” x 5 1/4” steel fins.
/8” (41) Min.
3
/4” (95) Max.
3
7
/8”
1
/2” (13) Min.
1
/8” (29) Max.
1
Figure DD-4 — 6” (152 mm) Deep Enclosures
Wall Mounted, 6” Deep
Standard, Front Inlet, Bottom
Inlet Enclosures
Types S, F, T, TA Units
F
E
1
/16”
For use with
OD copper tube, 4
4 1/4” steel fins.
Dimensions shown in ( ) are in millimeters.
3
/4” OD copper tube, 4 1/4” x 3 5/8” aluminum fins and 1” & 1 1/4”
3
1
/4” x 4 1/4” aluminum fins and 1 1/4” OD steel tube, 4 1/4” x
K
A
FOR 4” (102)
DEEP UNITS
2” (51) Min.
5” (127) Max.
2” (51) Min.
7
/16” (113) Max.
4
1
/2” (13)
7
3
/8” (98)
9
/16” (98) Min.
1 1/2” (38) Max.
For use with 3/4”, 1” & 1 1/4” OD copper
1
tube, 3
/4” x 3 1/4” size aluminum fin
elements.
3
J
1
/16”
22” (559)
16” (406)
12” (305)
8” (203)
Wall Mounted , — Inverted, 6” Deep
Standard Enclosures
Type S, F, T
(Type TA Not Available)
Type X enclosure ratings are 3 percent
less than bare element ratings. Made of
18-gauge (1.2 mm thickness) steel,
cleaned, phosphatized and finished in
standard prime baked enamel finish.
Also available in choice of six baked
enamel finish colors.
A
B
Ordering Length
B
2 1/2” (64)
Finned Length
Type X Enclosure — One Row of
Element, Wall Mounted – Table DD-8
B
A
Type X Enclosure — Two Rows of
Elements, Wall Mounted – Table DD-9
A
2
1
1
/4” (32) Steel-Chamfered
E
E
1
/2” (64)
A
B
Dimensions shown in ( ) are in millimeters
D
C
B
Type CS Enclosure — One Row of
Element, Ceiling Mounted – Table DD-10
1
/2” (13) Dia. Mtg. Hole
A
B
C
D
FIN-PRC004-EN52
Page 53
Dimensional
Data
Table DD-7 — Wall Fin Element Dimensions
3/4” (19) , 1” (25 mm) Or 1 1/4” (32)1 1/4” (32)
Dimension40-50-5840-50-5852
A3
B3
CopperCopper1
AluminumAluminumSteel
SeriesSeriesSeries
1
/4” (83)5 1/4” (133)5 1/4” (133)
1
/4” (83)3 1/4” (83)2 1/2” (64)
Table DD-8
Enclosure Type4x5x
Dimension(83) Fin(133) Fin
A(117)(117)
B(102)(152)
E(83)(83)
3 1/4”5 1/4”
4 5/8”4 5/8”
4”6”
3 ¼”3 ¼”
Table DD-9
Enclosure Type 10x12x11x13x
Dimension(83) Fin(133) Fin
A(270)(321)(270)(321)
B(102)(102)(152)(152)
C(51)(51)(76)(76)
D(64)(64)(70)(70)
E(152)(203)(152)(203)
3 1/4”5 1/4”
10 5/8”12 5/8” 10 5/8”12 5/8”
4”4”6”6”
2”2”3”3”
2 1/2”2 1/2”2 3/4”2 3/4”
6”8”6”8”
1
/4” (32)
Table DD-10
Dimension(83) CA(83) CA(133) S
A(92)(89)(83)
B(143)(140)(127)
C(98)(98)(98)
D(95)(146)(146)
CA — Copper Aluminum Element
S — All Steel Element
3 1/4”5 1/4”5 1/4”
3 5/8”3 1/2”3 1/4”
5 5/8”5 1/2”5”
3 7/8”3 7/8”3 7/8”
3 3/4”5 3/4”5 3/4”
53FIN-PRC004-EN
Page 54
Options
Type T — Top Outlet Wall Fin Enclosure
Shown
5”
(127)
Enclosure Extensions
Enclosure extensions are designed to
provide additional length to standard
enclosures on wall-to-wall installations or
when additional length is required to fully
cover elements and piping.
Dirt Guard Gasket
Fastens to back of the mounting
strip to prevent wall streaking.
2” (51 mm)
2” (51 mm)
Outside Corner
1” (25)
End Panel
Dimensions shown in ( ) are in millimeters.
Enclosure
1 3/4” (44)
Inside Corner
3
1
/4” (44)
Special Purpose Accessories
These accessories can be used with Type
S, F, T and TA enclosures.
Sill Extension
1
/2” (13) To 14” (356)
2’ (.61 m) To 8’ (2.4 m)
2” (51)
Sill extensions are used to extend the top
of the cabinet back to the wall or window
sill. They can add up to 14 inches (356
mm) of continuous surface to the top of
the unit.
The sill extension is a separate angle
piece and is to be installed at the same
time as the mounting strip. The front 90degree edge of the sill extension should
be butted up to the back side of the
mounting strip.
FIN-PRC004-EN54
Page 55
Options
Access Panel
To gain access inside the
Wall Fin enclosure to
valves.
6” (152) Or 12” (305)
12”
(305)
Access Panel with Access
Door
12” (305) long with a 5” (127)
5” (127) x 6” (152)
ACCESS DOOR
x 6” (152) access door to gain
access to valves.
Enclosure
Pilaster Assembly
Pilaster covers effectively cover one, two
or three rows of piping and include two
L-shaped corner covers, support clips to
hang the covers on the pilaster, one
joiner piece and rubber trim to gasket the
pilaster cover joints at the enclosure.
Access Door
End Panel
Corner Section
3
3
/4” (95)
Mullion Channel
ORDERING LENGTH
10’ MAX.
(3 m)
1
/4” (6 mm) To 2” (51 mm)
4 1/8” (105 mm)
Mullion channels are used on panel walls
or curtain walls where the wall studs (or
mullions) are more than four feet apart
and project into the room. Because of the
weight of the wall fin unit and the lack of
strength in the wall construction, mullion
channels are used to provide support
between the wall studs. The channels fill
the space between the wall fin cabinet
and the panel wall or curtain wall.
The contractor shall furnish and install
Trane wall fin as shown on the plans.
Ratings shall be IBR approved. Units
shall be installed in a neat and
workmanlike manner in accordance with
specifications and manufacturer
recommendations.
Heating Elements
Element types, as indicated on plans,
shall have integral fin collars which space
the fins and provide fin-to-tube surface
firmly bonded by mechanical expansion
of the tube to ensure durability, eliminate
noise from loose fins and assure
performance at cataloged ratings.
Elements shall be positively positioned
front-to-back, with provisions for silent
horizontal expansion and contraction.
Enclosures
Enclosures shall be as scheduled on the
plans, constructed of 16-gauge 1.5 mm
thickness, or optional 14-gauge 1.9
thickness steel and shall mount into a
continuous roll-formed captive channel
mounting strip which permits hinge-type
mounting and access at the top and
invisible fastening onto rigidized, 14gauge (1.9 mm thickness) steel enclosure
brackets at the bottom. Enclosure
brackets shall be spaced at not more
than four-foot (1.2 m) intervals.
Front panels shall be individually
removable to facilitate cleaning, servicing
or replacement. All accessories shall
fasten to the enclosure assembly in a
manner which prevents contact with the
back wall during installation.
Cabinet air outlets of stamped sheet
metal or the manufacturer shall supply a
bar type extruded aluminum grille to
provide strong linear styling.
Type 3E and 4E enclosures shall be 16gauge (1.5 mm thickness) or 14-gauge
(1.9 mm thickness) steel. Type E3 and E32W enclosures shall be 16-gauge steel.
Type X and CS enclosures shall be 18gauge (1.2 mm) steel with stamped
square outlet openings. Enclosures to
have smooth edges on all sides.
Pipe Enclosures
Pipe enclosures shall be as scheduled on
the plans, constructed of solid (16-gauge
1.5 mm thickness) steel or optional (14gauge 1.9 mm thickness) steel and shall
mount into a continuous roll-formed
captive channel mounting strip which
permits hinge-type mounting and access
at the top and fastening at the bottom
with visible fasteners by others. Front
panels shall be solid metal top and
bottom, one piece wrap around and be
individually removable to facilitate
servicing or replacement.
Standard Finish
All enclosures, mounting strips and
accessories are cleaned, phosphatized
and painted with one coat of prime,
baked enamel finish as standard.
Other Color Finishes
Other baked-on enamel color finishes
available as standard shall be chosen
from Color Selection Chart UNT-S-10.
Accessories And Options
End panels, inside and outside corners
and enclosure extensions shall be dieformed and shall lock to enclosure
assembly without visible fasteners.
Dampers (hydronic units only) shall
reduce heating capacity up to 70 percent
when closed and shall be factory
mounted on the element. The control
dial shall be jam-proof and have a
mechanism which prevents damage to
the dial or damper. As an alternate, the
contractor shall furnish and install control
valves and appropriate access.
Access panels shall be installed where
valves, balancing cocks or traps are
indicated on the plans.
The 3E and 4E wall mounted element
covers (16-gauge (1.5 mm thickness) or
14-gauge (1.9 mm thickness) steel) and
accessories shall be provided as
indicated on the plans. (Accessories
require visible fasteners.)
Type E3 and E3-2W three-sided pedestal
mounted element covers and
accessories shall be provided where
shown on plan. (Enclosures of 16-gauge
(1.5 mm) steel only.) (Accessories require
visible fasteners.)
Back panels, sill extensions, mullion
channel, stamped sheet metal, front air
inlet grilles, tamperproof screw
assemblies and pilaster covers shall be
provided where indicated on plans. To
prevent dirt streaking, contractor shall
either apply dirt guard gasket to
mounting strip or caulk along top of
mounting strip.
Bottom Air Inlet Grille
The bottom air inlet grille shall be of
stamped sheet metal and part of the
front panel (one piece) installs into the
mounting strip at the top and attaches to
the wall at the bottom with visible
fasteners by others. Bottom air inlet grille
configurations use Type E wall brackets
for installation of the heating element.
FIN-PRC004-EN56
Page 57
Mechanical
Specifications
Type E3A-1W and E3A-2W
with Aluminum Air Outlet
Grilles
Specifications
Natural convection with extruded
aluminum air out grille(s). Pedestal floor
mounted wall fin shall be furnished to
meet the specified capacity. Enclosures
etc., heating elements and accessories
shall be installed in accordance with the
manufacture’s recommendations.
TYPE - E3A-1W - Enclosure
Floor mounted Type E3A-1W single wide
element enclosure has continuous
aluminum air outlet grilles made of
heavy extruded aluminum, finished in an
etched and clear 204-R1 hard anodized
finish. E3A-1W cover of 16 gauge (1.5
mm), or optional 14 gauge (1.9 mm) steel
with wall sleeve at each joint for panel to
panel joining, and alignment. Enclosure
mounted on U-shaped 0.1875” thick (4.8
mm) phosphatized steel enclosure/
pedestal/element bracket assembly
painted black. Two ball bearing cradle
guides with slide cradle are provided for
each bracket to allow the element to
expand and contract without strain or
noise. Enclosure height of 6
(171 mm) with overall installed height
from floor to top of enclosure of 10
(273 mm). Enclosure depth of 6
(154 mm) furnished in lengths of 2 feet
(.61 m) through 8 feet (2.4 m) in 6”
(0.1524 m) increments.
3
/4”
3
/4”
1
/16”
TYPE - E3A-2W - Enclosure
Floor mounted Type E3A-2W double
wide element enclosure have
continuous aluminum air outlet grilles
made of heavy extruded aluminum,
finished in an etched and clear 204-R1
hard anodized finish. E3A-2W cover of 16
gauge (1.5 mm), or optional 14 gauge
(1.9 mm) steel with wall sleeve at each
joint for panel to panel joining, and
alignment. Enclosure mounted on Ushaped 0.1875” thick (4.8 mm)
phosphatized steel enclosure/pedestal/
element bracket assembly painted black.
Two ball bearing cradle guides with slide
cradle are provided for each bracket to
allow the element to expand and
contract without strain or noise.
Enclosure height of 6 3/4” (171 mm) with
overall installed height from floor to top
of enclosure of 10
Enclosure depth of 10
furnished in lengths of 2 feet (.61 m)
through 8 feet (2.4 m) in 6” (0.1524 m)
increments.
Accessories
4” (102 mm) 6” (152 mm) or 8 3/8” (213
mm) wide wall sleeves required at each
joint for panel to panel alignment are
underlapping reveal type.
3” end panels, 8
sleeve with access door, 90 or 135
degree inside corners, 90 or 135 degree
outside corners fabricated of 18 gauge
(1.2 mm) steel are underlapping reveal
type.
Slide Damper
Slide damper available for type E3A-1W
enclosure only and is factory installed on
the extruded aluminum air outlet grille.
The slide damper assembly consisting of
two integrated extruded aluminum clear
anodized grille plates provide air
discharge control by front to back
positioning. Requires no mechanical
actuating parts.
3
/4” (273 mm).
5
/16” (262 mm)
3
/8” (213 mm) wide wall
57FIN-PRC004-EN
Page 58
Mechanical
Specifications
Color Finish
All enclosures, back plate/mounting strip
and accessories shall be painted with a
baked-on commercial primer paint as
standard. Optional baked-on enamel
color finishes shall be available.
Color Options Baked-on enamel color
finish shall be chosen from Color
Selection Chart UNT-S-10 May 1994.
Prime (Standard)
•
Optional Colors
Deluxe Beige
•
Cameo White
•
Soft Dove
•
Driftwood Grey
•
Stone Grey
•
Rose Mauve
•
Heating Elements
3
/4” CA (19 mm)
•
(Copper Tube-Aluminum Fin)
The heating elements shall be
constructed of seamless copper tubing
mechanically expanded into aluminum
fins. One tube end swaged for end-toend joining. 4
mm) size fins x .020” (.51 mm) fin
thickness for maximum heat transfer.
— Fin spacing of 40 fins per foot
(131 fins per m).
— Fin spacing of 50 fins per foot
(164 fins per m).
1” CA (25 mm)
•
(Copper Tube-Aluminum Fin)
The heating elements shall be
constructed of seamless copper tubing
mechanically expanded into aluminum
fins. One tube end swaged for end-toend joining. 4
108 mm) size fins x .020” (.51 mm) fin
thickness for maximum heat transfer.
— Fin spacing of 40 fins per foot
(131 fins per m).
— Fin spacing of 50 fins per foot
(164 fins per m).
1
/4” x 3 5/8” (108 mm x 92
1
/4” x 4 1/4” (108 mm x
1 1/4” CA (32 mm)
•
(Copper Tube-Aluminum Fin)
The heating elements shall be
constructed of seamless copper tubing
mechanically expanded into aluminum
fins. One tube end swaged for end-toend joining. 4
108 mm) size fins x .020” (.51 mm) fin
thickness for maximum heat transfer.
— Fin spacing of 40 fins per foot
(131 fins per m).
— Fin spacing of 50 fins per foot
(164 fins per m).
1 1/4” Steel (32 mm)
•
(Steel Tube-Steel Fins)
The heating elements shall be
constructed of condenser tubing
mechanically expanded into steel fins.
Tube ends shall be threaded and
furnished with NPT threads. 4
1
4
/4” (108 mm x 108 mm) size fins x
.032” (.81 mm) fin thickness for
maximum heat transfer.
— Fin spacing of 40 fins per foot
(131 fins per m).
— Fin spacing of 32 fins per foot
(105 fins per m).
Element Lengths
3
/4” CA (19 mm) elements shall be
provided in 1’ (.3048 m) thru 8’ (2.44 m)
lengths in 6” (.1524 m) increments.
1” CA (25 mm) & 1
elements shall be provided in 1’ (.3048
m) thru 12’ (3.66 m) lengths in 6” (.1524
m) increments.
1
1
/4” Steel (32 mm) elements shall be
provided in 1’ (.3048 m) thru 12’ (3.66 m)
lengths in 6” (.1524 m) increments.
Heating Elements With 3
x 83 mm) Size Fins
3
/4“ (19 mm) CA
•
(Copper Tube- Aluminum Fin)
The heating elements shall be copperaluminum constructed of seamless
copper tubing mechanically expanded
into aluminum fins. One tube end
swaged for end-to-end joining. 3
1
x 3
/4” (83 mm x 83 mm) size fins with
1
/4” x 4 1/4” (108 mm x
1
/4” x
1
/4” CA (32 mm)
1
/4” x 3 1/4” (83
1
/4”
fin spacing of 40, 50 or 58 fins per foot
(132, 165 or 191 fins per meter), are
provided with full collars for uniform
spacing and maximum thermal
contact. Formed top and bottom edges
provide strength. Two louvers
provided on each fin for maximum air
flow efficiency. Elements shall be
available in 1 foot (.3048 m) through
8 foot (2.44 m) lengths in 6 inch
(.1524 m) increments.
1” (25 mm) CA
•
(Copper Tube- Aluminum Fin)
Copper-Aluminum elements
constructed of seamless copper tubing
mechanically expanded into aluminum
fins. One tube end swaged for end-toend joining. 3
83 mm) size fins with fin spacing of 40,
50 or 58 fins per foot (132, 165 or 191
fins per meter), are provided with full
collars for uniform spacing and
maximum thermal contact. Formed
top and bottom edges provide
strength. Two louvers provided on
each fin for maximum air flow
efficiency. Elements shall be available
in 1 foot (.3048 m) through 12 foot
(3.66 m) lengths in 6 inch (.1524 m)
increments.
1 1/4” (32 mm) CA
•
(Copper Tube- Aluminum Fin)
Copper-Aluminum elements
constructed of seamless copper tubing
mechanically expanded into aluminum
fins. One tube end swaged for end-toend joining. 3
83 mm) size fins with fin spacing of 40,
50 or 58 fins per foot (132, 165 or 191
fins per meter), are provided with full
collars for uniform spacing and
maximum thermal contact. Formed
top and bottom edges provide
strength. Two louvers provided on
each fin for maximum air flow
efficiency. Elements shall be available
in 1 foot (.3048 m) through 12 foot
(3.66 m) lengths in 6 inch (.1524 m)
increments.
1
/4” x 3 1/4” (83 mm x
1
/4” x 3 1/4” (83 mm x
FIN-PRC004-EN58
Page 59
Mechanical
Specifications
Model E3A-1W
Model E3A-2W
59FIN-PRC004-EN
Page 60
Mechanical
Specifications
Installation Layout for Pedestal Mount E3A-1W One Wide Enclosure
Wall Sleeve Support
(Slotted For Piping
Where Specified)
Wall Sleeve 4” (102 mm)
3
/8” (213 mm)
or 8
(Access Door Optional
3
8
/8” (213 mm) Only)
Corner — Inside and/or
Outside Short Leg
3
Dimension 8
Note: Fasten accessory with 6 S.M. Screw
through solid part of grille. Drill 37 (104)
holes into accessory when in position.
One wide enclosure shown.
/8” (213 mm)
Cradle
Pedestal Bracket Assembly
3” (76 mm) End Assembly
Enclosure Assembly — Typical
Wall Sleeve in Run
At Each Joint
Recommended Schedule and Installation
Procedure
1. Layout job selecting enclosure lengths
with appropriate wall sleeve at each joint.
Space enclosures to suit. At end of run
use wall sleeve or 3” (76 mm) end to suit
job.
2. Layout pedestal bracket assembly so the
center-line is 7 1/2” (191 mm) from each
end of enclosure to avoid interference
with enclosure gussets. Locate 1 pedestal
bracket assembly at center of enclosures
longer than 4 ft. (1.22 m).
NOTE: Schedule enclosures to overlap
accessories 1”-3” (25-76 mm) except ends
1”-2” (25-51 mm) with access door overlap
max. 1” (25 mm).
Slide Damper (SD) — Optional
The slide damper assembly consisting of two
integrated extruded aluminum clear anodized
grille plates provide air discharge control by
front to back positioning which requires no
mechanical actuating parts.
FIN-PRC004-EN60
Page 61
Mechanical
Specifications
Metric Conversions
1 Psi = 6.895 kPa (Kilo Pascals) at 65°F Air = 18.3°C Air
Sq. Ft. EDR at 1 Psi (6.895 kPa) at 65°F Air (18.3°C) Air x 240 BTU = Total BTU’s (Watts)
1 BTU/HR. = 0.2931 Watts
1 Foot = 0.3048 Meters - 1 Meter = 3.2808 Feet
1 BTU/HR/FT = 0.9616 Watts/Meter
10.7639 Sq. Feet = 1 Square Meter
1 Lbs = 0.4536 Kg (Kilograms)
1 Inch = 25.4 mm (Millimeters)
Capacities based Finned Length at a Water Velocity of 3 feet per second or 0.9144 Meter per second or greater
Table M-1 — Ratings, Type E3A-1W Enclosures With Copper/Aluminum Elements With 3 1/4” x 3 1/4” (83 mm x 83 mm) Size Fins
Steam CapacityHot Water Capacity
Per Ft.-1 Psi at 65°F AirBtu/Hr./Ft. — At 65°F Air, Average Water Temperature
Per Meter - 6.895 kPaWatts/Meter — At 18.3°C Air, Average Water Temperature
Fin SeriesHeightEDR104°C99°C93°C88°C82°C77°C71°C66°C60°C54°C49°C43°C38°C
ElementPer Meter Tiers Encl.mmSq. M Watts/Meter 1.05 0.95 0.86 0.78 0.69 0.61 0.53 0.45 0.40 0.33 0.26 0.20 0.15
*Note: NPT threads furnished on steel elements. Please use domestic fittings for proper installation.
Dimensions in bold indicate metric units.
Per Ft.-1 Psi at 65°F AirHot Water (Avg.)
63FIN-PRC004-EN
Page 64
Mechanical
Specifications
Type DS Double Slope
Wall Mounted
Specifications
Natural convection double slope wall
mounted. Wall fin shall be furnished to
meet the specified capacity. Enclosures
etc., heating elements and accessories
shall be installed in accordance with the
manufacture’s recommendations.
TYPE - DS - Double Slope Enclosure
Mounting
Hydronic Type DS Double Slope Wall Fin
enclosures shall be wall mounted 40”
(1016 mm) minimum above the floor
level to obtain catalog capacities.
Type DS double slope enclosure
furnished with louvered air inlet and
outlet grilles of one piece full wraparound design for complete
engagement with the wall to prevent
access to the inside of the enclosure.
Enclosures fabricated from 16 gauge (1.5
mm thickness) steel for strength and
durability. Optional 18 gauge (1.2 mm
thickness) steel is available. All enclosure
panels manufactured with interlocking
slip joints provides a positive snap fit
between enclosures. Internal 14 gauge
(1.9 mm) gussets provide additional
strength and rigidity. A full back plate
(one piece) is furnished with a formed
mounting channel at the top of the back
plate for installation of the element
brackets which are mounted to the top
inside form of the back plate providing
proper positioning of each bracket and
engages the top of the enclosure. The
enclosures air inlet are provided with a
7
/16” (11 mm) 90 degree turn down for
fastening the bottom of the enclosure
panel to the bottom form of the
backplate to securely lock it in place.
Enclosure depth of 5 5/16” (135 mm)
furnished in heights of 19
1
/2” (648 mm) and 29 1/2” (749 mm).
25
Enclosures available in 2 feet (0.61 m)
through 8 feet (2.4 m) in 6” (0.15 m)
increments.
Enclosure brackets with adjustable
element supports are die-formed
channel type construction to provide
rigid support of the heating element.
Nickel chromium plated ball bearings
encased in a nylon insert with galvanized
element cradles provides for silent glide
operation during expansion and
contraction of the heating element.
1
/2” (495 mm),
Dampers
Fully modulating knob operated and
tamper resistant dampers field installed
on the air inlet grille and gussets for
positive temperature control.
Accessories
End caps 3” (76 mm) wide in left and
right hand configurations.
End caps 8 3/8” (213 mm) wide with
access door in left and right hand
configurations.
4” (102 mm) and 8
wall sleeves.
3
8
/8” (213 mm) wide wall sleeve with
access door.
90 degree inside and outside corners.
All accessories die-formed with flange at
top to engage behind the back plate.
3
/8” (213 mm) wide
FIN-PRC004-EN64
Page 65
Mechanical
Specifications
Color Finish
All enclosures, back plate/mounting strip
and accessories shall be painted with a
baked-on commercial primer paint as
standard. Optional baked-on enamel
color finishes shall be available.
Color Options Baked-on enamel color
finish shall be chosen from Color
Selection Chart UNT-S-10 May 1994.
Prime (Standard)
•
Optional Colors
Deluxe Beige
•
Cameo White
•
Soft Dove
•
Driftwood Grey
•
Stone Grey
•
Rose Mauve
•
Heating Elements
3
/4” CA (19 mm)
•
(Copper Tube-Aluminum Fin)
The heating elements shall be
constructed of seamless copper tubing
mechanically expanded into aluminum
fins. One tube end swaged for end-toend joining. 4
92 mm) size fins x .020” (.51 mm) fin
thickness for maximum heat transfer.
— Fin spacing of 40 fins per foot
(131 fins per m).
— Fin spacing of 50 fins per foot
(164 fins per m).
1” CA (25 mm)
•
(Copper Tube-Aluminum Fin)
The heating elements shall be
constructed of seamless copper tubing
mechanically expanded into aluminum
fins. One tube end swaged for end-toend joining. 4
108 mm) size fins x .020” (.51 mm) fin
thickness for maximum heat transfer.
— Fin spacing of 40 fins per foot
(131 fins per m).
— Fin spacing of 50 fins per foot
(164 fins per m).
1 1/4” CA (32 mm)
•
(Copper Tube-Aluminum Fin)
The heating elements shall be
constructed of seamless copper tubing
mechanically expanded into aluminum
fins. One tube end swaged for end-toend joining. 4
1
/4” x 3 5/8” (108 mm x
1
/4” x 4 1/4” (108 mm x
1
/4” x 4 1/4” (108 mm x
108 mm) size fins x .020” (.51 mm) fin
thickness for maximum heat transfer.
— Fin spacing of 40 fins per foot
(131 fins per m).
— Fin spacing of 50 fins per foot
(164 fins per m).
1 1/4” Steel (32 mm)
•
(Steel Tube-Steel Fins)
The heating elements shall be
constructed of condenser tubing
mechanically expanded into steel fins.
Tube ends shall be threaded and
furnished with NPT threads. 4
1
4
/4” (108 mm x 108 mm) size fins x
.032” (.81 mm) fin thickness for
maximum heat transfer.
— Fin spacing of 40 fins per foot
(131 fins per m).
— Fin spacing of 32 fins per foot
(105 fins per m).
Element Lengths
3
/4” CA (19 mm) elements shall be
provided in 1’ (.3048 m) thru 8’ (2.44 m)
lengths in 6” (1.6 m) increments.
1
1” CA (25 mm) & 1
elements shall be provided in 1’
(.3048 m) thru 12’ (3.66 m) lengths in 6”
(.152 m) increments.
1
/4” Steel (32 mm) elements shall be
1
provided in 1’ (.3048 m) thru 12’ (3.66 m)
lengths in 6” (.152 m) increments.
Heating Elements With 3
(83 x 83 mm) Size Fins
3
/4“ (19 mm) CA
•
(Copper Tube- Aluminum Fin)
The heating elements shall be copperaluminum constructed of seamless
copper tubing mechanically expanded
into aluminum fins. One tube end
swaged for end-to-end joining. 3
1
3
/4” (83 mm x 83 mm) size fins with
fin spacing of 40, 50 or 58 fins per foot
(132, 165 or 191 fins per meter), are
provided with full collars for uniform
spacing and maximum thermal
/4” CA (32 mm)
1
/4” x
1
/4” x 3 1/4”
1
/4” x
contact. Formed top and bottom edges
provide strength. Two louvers
provided on each fin for maximum air
flow efficiency. Elements shall be
available in 1 foot (.3048 m) through
8 foot (2.44 m) lengths in 6 inch
(.1524 m) increments.
1” (25 mm) CA
•
(Copper Tube- Aluminum Fin)
Copper-Aluminum elements
constructed of seamless copper tubing
mechanically expanded into aluminum
fins. One tube end swaged for end-toend joining. 3
83 mm) size fins with fin spacing of 40,
50 or 58 fins per foot (132, 165 or 191
fins per meter), are provided with full
collars for uniform spacing and
maximum thermal contact. Formed
top and bottom edges provide
strength. Two louvers provided on
each fin for maximum air flow
efficiency. Elements shall be available
in 1 foot (.3048 m) through 12 foot
(3.66 m) lengths in 6 inch (.1524 m)
increments.
1 1/4” (32 mm) CA
•
(Copper Tube- Aluminum Fin)
Copper-Aluminum elements
constructed of seamless copper tubing
mechanically expanded into aluminum
fins. One tube end swaged for end-toend joining. 3
83 mm) size fins with fin spacing of 40,
50 or 58 fins per foot (132, 165 or 191
fins per meter), are provided with full
collars for uniform spacing and
maximum thermal contact. Formed
top and bottom edges provide
strength. Two louvers provided on
each fin for maximum air flow
efficiency. Elements shall be available
in 1 foot (.3048 m) through 12 foot
(3.66 m) lengths in 6 inch (.1524 m)
increments.
1
/4” x 3 1/4” (83 mm x
1
/4” x 3 1/4” (83 mm x
65FIN-PRC004-EN
Page 66
Mechanical
Specifications
Model DS Double Slope Enclosures
Finned Tube Radiation
MIN
1
/16” (484 mm)
19
1
/16” (383 mm)
15
1
/16” (230 mm)
9
MAX
5
/16” (516 mm)
20
5
/16” (414 mm)
16
5
/16” (262 mm)
10
6”
(152 mm)
3
5
/16” (132 mm)
(14) Louv.
Wall
5
/16”
5
(135 mm)
5
/8”
(16 mm)
11
2
/16”
(68 mm)
31
2
/32”
(74 mm)
3
18
/4”
(476 mm)
3
14
/4”
(375 mm)
3
/4”
8
(222 mm)
7
/8” (759 mm)
29
7
/8” (658 mm)
25
7
19
/8” (505 mm)
DS 29
— 1 & 2 Tier
DS 25
DS 19 — 1 Tier Only
29 1/2” (749 mm)
1
25
/2” (658 mm)
1
19
/2” (495 mm)
3
5
/16” (132 mm)
(14) Louv.
5
/8”
(16 mm)
7
/16” (11 mm)
FIN-PRC004-EN66
Page 67
Mechanical
Specifications
Model DS Double Slope Top Installation and Accessory Details
End (Overlapping)
Enclosure
Inside Corner
(Overlapping)
E
S
e
r
u
s
o
l
c
n
Outside Corner
s
h
t
g
n
e
L
d
r
a
d
n
a
t
S
n
i
s
n
o
i
t
c
e
(Overlapping)
Enclosures
Wall Sleeve
(Overlapping)
3
/8”
8
(213 mm)
End (Overlapping)
3”
(76 mm)
3
/8”
8 3/8”
(213 mm)
Full Backplate (B/P)Cradle
Typical Slip Joint
8
(213 mm)
Enclosure
Bracket
Hanger
3
/8”
8
(213 mm)
3
/8”
8
(213 mm)
3
(213 mm) 8
*5” x 6” (127 x 152 mm) Access Door (Optional)
Top or Bottom, As Specified
/8”
Wall Sleeve Support
Wall Sleeve
(Overlapping)
*
67FIN-PRC004-EN
Page 68
Mechanical
Specifications
Capacities Based Finned Length at a Water Velocity of 3 feet per second or 0.9144 Meter per second or greater.
Table MS-6 — Ratings, 5 5/16” (135 mm) Deep, Type DS Enclosure With Copper Aluminum Elements
Tube.Encl.andMtg.Per Ft. - 1 Psi200°F190°F180°F170°F160°F150°F
The Trane hydronic security wall fin
enclosures have been designed for
natural convection in slope top (Type S)
and flat top (Type F) configurations in 12”
(305 mm) and 18” (457 mm) heights with
a depth of 5
use in maximum security applications
such as prisons and mental institutions.
Security wall fin is also recommended
for use in schools, dormitories, nursing
homes, athletic facilities, day care
centers, detention homes, psychiatric
centers, public type buildings and other
heavy abuse areas.
Wrap-Around Design
Each enclosure’s top/front/bottom panel
is of one-piece full wrap-around design
for complete engagement with the wall
to help prevent access to the inside of the
unit. All enclosure panels are
manufactured with 1/8” (3 mm) diameter
holes on
for a partial perforated (inlet and outlet)
panel with internal interlocking slip joints.
Optional fully-perforated enclosures of
the entire panel are available with an
intermediate overlapping wall sleeve
with pre- punched fastener holes for
panel-to- panel alignment and fastening.
Simple installation, made of 14-gauge
(1.9 mm thickness) steel, and durability
are made possible by a continuous
partial back plate/mounting strip. A full
back plate/mounting strip manufactured
from 14-gauge (1.9 mm thickness) steel
is optional.
Durable Construction
A variety of heating elements is available
along with a complete line of
accessories. Manufactured from 14gauge (1.9 mm thickness) steel for
strength, these accessories allow for
wall-to-wall installation that is
architecturally compatible with most
interior designs.
5
/16” (135 mm), primarily for
3
/16” (5 mm) staggered centers
Benefits
Heating elements or return and supply
piping are secured to the wall with wall
type element brackets manufactured of
14-gauge (1.9 mm thickness) galvaneal
Steel with channel-formed edges for
rigidity. Each wall bracket is furnished
with galvanized element cradles and
nylon inserts with snap-in rust-resistant
nickel-chromium plated ball bearings for
silent glide operation of the heating
element.
Rigid front panels are constructed of 14gauge (1.9 mm thickness) or 12- gauge
(2.7 mm thickness) steel.
Security Wall Fin
Vandal-Resistant
The security enclosure offers vandalresistant construction.
Tamper resistant helps prevent vandals
from concealing undesirable or
hazardous items within the enclosure.
Clean, Even Heat
Only the air within the room is
recirculated, so walls and furnishings
stay cleaner.
A baked-on commercial primer paint is
standard.
Attractive
Available with six optional baked-on
enamel color finishes chosen from
Trane’s Color Selection Chart UNT-S-10.
FIN-PRC004-EN74
Page 75
AccessoriesAll 14-Gauge
2” Joiner Piece
(Fastener Holes Pre-punched)
For use with Fully Perforated 14-gauge
and 12-gauge enclosures only.
End Trim
(No Fastener Holes)
End Cap
Inside or Outside Corder
75FIN-PRC004-EN
Page 76
Model Number
DescriptionSecurity Wall Fin
Digits 123 45 67 89
S12 -SP - 14 -E
Digits 1 — Enclosure Type
S = Slope Top
F = Flat Top
Digit 2 and 3 — Enclosure Size
12 = 12” High x 5
18 = 18” High x 5
Digit 4 — Type Enclosure
S = Security
Digit 5 — Perforation Type
P = Partially Perforated
F = Fully Perforated
Digits 6 and 7 — Gauge
14 = 14-gauge
12 = 12-gauge
Digits 8 and 9 — Enclosure/Front Panel
E = Complete Enclosure
FP = Front Panel Only
5
/16” Deep*
5
/16” Deep**
Note: (E) = 14-Gauge or 12-Gauge
front panel with 14-gauge partial back
plate/mounting strip and wall
mounting element brackets.
*For single tier of element only.
**Ok for single or two tier element
installations.
FIN-PRC004-EN76
Page 77
Performance
DataSecurity Wall Fin
Finned Tube Radiation
Model S and F — Security Enclosures Partially Perforated
Capacity Data
Table PD-1 — Copper/Aluminum Elements — Btu/Hour/Foot
Steam
Copper/Aluminum Elements with Partially Perforated Enclosures215°F220°F210°F 200°F 190°F 180°F 170°F 160°F 150°F 140°F 130°F
Finned Tube Radiation Model S & F — Security Enclosures Partially Perforated
5
(135 mm)
(51 mm)
AREA
5
/16”
2”
3
/4” (19 mm)
1 3/8” (35 mm)
FINISHED WALL
6” (152 mm)
3
2
/4” (70 mm)
3
/4” (19 mm)
21
/32” (67 mm)
2
18” (457 mm)
12” (305 mm)
2 1/32” (52 mm)
6” (152 mm)
2 TIER
18” (457 mm) ONLY
(52 mm)
A
1
/32”
2
4” (MIN)
(102 mm)
FINISHED FLOOR
5 5/16”
(135 mm)
PERFORATED
AREA
PERFORATED
AREA
3
/4” (19 mm)
3
/8” (35 mm)
1
6” (152 mm)
2
3
2
FINISHED WALL
3
/4” (70 mm)
/4” (19 mm)
21
/32” (67 mm)
FINISHED FLOOR
Notes:
1. For two tiers, 18" high enclosure must be used.
85FIN-PRC004-EN
Page 86
Dimensional
DataSecurity Wall Fin
Fully Perforated
18” (457 mm)
12” (305 mm)
6” (152 mm)
2 TIER
18” (457 mm) ONLY
A
4” (MIN)
(102 mm
Finned Tube Radiation Model S & F — Security Enclosures Fully Perforated
5 5/16”
(135 mm)
(51 mm)
2”
3
/8” (35 mm)
1
FINISHED WALL
6” (152 mm)
2 3/4” (70 mm)
3
/4” (16 mm)
21
/32” (67 mm)
2
18” (457 mm)
12” (305 mm)
6” (152 mm)
2 TIER
18” (457 mm) ONLY
4” (MIN)
(102 mm
5
/16”
5
(135 mm)
1 3/8” (35 mm)
FINISHED WALL
6” (152 mm)
3
2
/4” (70 mm)
3
/4” (19 mm)
21
/32” (67 mm)
2
FINISHED FLOOR
Notes:
1. For two tiers, 18" high enclosure must be used.
FINISHED FLOOR
FIN-PRC004-EN86
Page 87
3” (76) End Cap
Dimensional
Data
Slope Top — 12” (305) and 18” (457)
2” Joiner Piece
4” (102), 6” (152), 8
90º Inside Corner
3
/8” (213) End Trim
Dimensions shown in ( ) are in millimeters.
90º Outside Corner
87FIN-PRC004-EN
Page 88
3” (76) End Cap
Dimensional
Data
Flat Top — 12” (305) and 18” (457)
4” (102), 6” (152), 8
3
/8” (213) End Trim
Dimensions shown in ( ) are in millimeters.
90º Outside Corner
90º Inside Corner
FIN-PRC004-EN88
Page 89
Dimensional
Data
3
/4” CA (19) Copper- Aluminum — 40 Fins/Foot (131 Fins/Meter)
3
/4” CA (19) Copper- Aluminum — 50 Fins/Foot (164 Fins/Meter)
NOTES:
1. Fins mechanically bonded to tube
2. Fin thickness is .020” (0.51)
3. Element lengths from 1’0” (0.30 m) through 8’0” (2.4 m)
Dimensions shown in ( ) are in millimeters.
1” CA (25) Copper-Aluminum — 40 Fins/Foot (131 Fins/Meter)
1” CA (25) Copper-Aluminum — 50 Fins/Foot (164 Fins/Meter)
1
/4” CA (32) Copper- Aluminum — 40 Fins/Foot (131 Fins/Meter)
1
1
/4” CA (32) Copper- Aluminum — 50 Fins/Foot (164 Fins/Meter)
1
NOTES:
1. Fins mechanically bonded to tube
2. Fin thickness is .020” (0.51)
3. Element lengths from 1’0” (0.30 m) through 12’ (3.66 m)
89FIN-PRC004-EN
Page 90
Dimensional
2
1
/
2
"
(
6
4
)
2
-
P
L
C
S
.
L
F
F
i
n
s
P
e
r
F
t
.
(
m
)
1
5
/
1
6
"
(
2
4
)
T
h
r
e
a
d
e
d
E
n
d
s
N
P
T
1
1
/
4
"
(
3
2
)
N
o
m
.
4
1
/
4
"
(
1
0
8
)
4
1
/
4
"
(
1
0
8
)
2
1
/
2
"
(
6
4
)
2
-
P
L
C
S
.
L
F
F
i
n
s
P
e
r
F
t
.
(
m
)
1
5
/
1
6
"
(
2
4
)
T
h
r
e
a
d
e
d
E
n
d
s
N
P
T
2
"
(
5
1
)
N
o
m
.
4
1
/
4
"
(
1
0
8
)
4
1
/
4
"
(
1
0
8
)
Data
1 1/4” ST (32) Steel Tube — Steel Fin — 40 Fins/Foot (131 Fins/Meter)
1
/4” ST (32) Steel Tube — Steel Fin — 32 Fins/Foot (105 Fins/Meter)
1
NOTES:
1. Fins mechanically bonded to tube
2. Fin thickness is .032” (0.81)
3. Element lengths from 1’0” (0.30 m) through 12’ (3.66 m)
NOTES:
1. Fins mechanically bonded to tube
2. Fin thickness is .032” (0.81)
3. Element lengths from 1’0” (0.30 m) through 12’ (3.66 m)
2” ST (51) Steel Tube — Steel Fin — 32 Fins/Foot (105 Fins/Meter)
2” ST (51) Steel Tube — Steel Fin — 25 Fins/Foot (82 Fins/Meter)
FIN-PRC004-EN90
Page 91
Mechanical
Security
Models S and F
Specifications
Natural convection security wall fin shall
be furnished to meet the specified
capacity. Enclosure, heating elements
and accessories shall be installed in
accordance with the manufacturer’s
recommendations. All enclosures shall
be tamper-resistant.
Mounting
Hydronic security slope top and flat top
wall fin enclosures shall be wallmounted 3
above the floor level to obtain catalog
capacities.
Enclosures
Type S — Slope top outlet and Type F —
flat top outlet: Each enclosure top/front/
bottom panel shall be of one piece (full
wrap-around design) for complete
engagement with the wall to prevent
access to the inside of the unit.
Enclosures shall be fabricated from 14gauge (1.9 mm thickness) steel for
strength and durability. Optional 12gauge (2.6 mm thickness) steel shall be
available. All enclosure panels shall be
manufactured with 1/8” (3 mm) diameter
holes on
for a partial perforated (inlet and outlet)
panel with internal interlocking slip joints.
Optional fully perforated enclosures of
the entire panel shall be available with
intermediate overlapping wall sleeve
with pre-punched fastener holes for
panel-to-panel alignment and fastening.
1
/2” (89 mm) to 4” (102 mm)
3
/16” (5 mm) staggered centers
Specifications
5
Cabinet depth shall be 5
for 12” (305 mm) high enclosures for
single tier element and 18” (457 mm)
enclosures for single or double tier
element applications. Enclosures shall
be available in 2-feet (.61 m) through
8- feet (2.4 m) in 6” (.15 m) increments.
Partially Perforated — 14-Gauge
•
(Standard)
Partially Perforated — 12-Gauge
•
(Optional)
Fully Perforated — 14-Gauge
•
(Optional)
Fully Perforated — 12-Gauge
•
(Optional)
Enclosure Suspension System
Enclosures with (visible tamper- resistant
fasteners by others) for heating elements
shall be installed to a continuous partial
back plate/mounting strip manufactured
from 14-gauge (1.9 mm thickness) steel
at the top with the bottom of the front
panel fastened to the wall. Optional
continuous full back plate/mounting strip
manufactured from 14-gauge (1.9 mm
thickness) steel shall be available.
Elements or return and supply piping
shall be secured to the wall with wall
type element brackets manufactured of
14-gauge (1.9 mm thickness) Galvanneal
steel with channel formed edges for
rigidity. Each wall bracket shall be
furnished with galvanized element
cradles, nylon inserts with snap in rust
resistant nickel-chromium plated ball
bearings for silent glide operation of the
heating element.
Partial back plate/mounting strip
•
(Standard)
Full back plate/mounting strip
•
(Optional)
/16” (135 mm)
Enclosures
Accessories
— End caps left and right hand
configurations,
— End Trims 6” (152 mm) wide shall
have wrap around design less
fastener holes,
— 90 degree inside corners and
— 90 degree outside corners
— All accessories shall be manufactured
from 14-gauge (1.9 thickness) steel to
provide a maximum security
installation.
Color Finish
All enclosures, back plate/mounting strip
and accessories shall be painted with a
baked-on commercial primer paint as
standard. Optional baked-on enamel
color finishes shall be available.
Color Options
Baked-on enamel color finish shall be
chosen from Color Selection Chart UNTS-10.
Heating Elements
3
/4” CA (19 mm)
•
(Copper Tube-Aluminum Fin)
The heating elements shall be
constructed of seamless copper
tubing mechanically expanded into
aluminum fins. One tube end swaged
for end-to- end joining. 4
(108 mm x 92 mm) size fins x .020”
(.51 mm) fin thickness for maximum
heat transfer.
— Fin spacing of 40 fins per foot
(131 fins per m).
— Fin spacing of 50 fins per foot
(164 fins per m).
1
/4” x 3 5/8”
91FIN-PRC004-EN
Page 92
Mechanical
Security
Specifications
1” CA (25 mm)
•
(Copper Tube-Aluminum Fin)
The heating elements shall be
constructed of seamless copper
tubing mechanically expanded into
aluminum fins. One tube end swaged
for end-to- end joining. 4
(108 mm x 108 mm) size fins x .020”
(.51 mm) fin thickness for maximum
heat transfer.
— Fin spacing of 40 fins per foot
(131 fins per m).
— Fin spacing of 50 fins per foot
(164 fins per m).
1 1/4” CA (32 mm)
•
(Copper Tube-Aluminum Fin)
The heating elements shall be
constructed of seamless copper
tubing mechanically expanded into
aluminum fins. One tube end swaged
for end-to- end joining. 4
(108 mm x 108 mm) size fins x .020”
(.51 mm) fin thickness for maximum
heat transfer.
— Fin spacing of 40 fins per foot
(131 fins per m).
— Fin spacing of 50 fins per foot
(164 fins per m).
1
/4” x 4 1/4”
1
/4” x 4 1/4”
Enclosures
1 1/4” Steel (32 mm)
•
(Steel Tube-Steel Fins)
The heating elements shall be
constructed of condenser tubing
mechanically expanded into steel fins.
Tube ends shall be threaded and
furnished with NPT threads. 4
1
4
/4” (108 mm x 108 mm) size fins x
.032” (.81 mm) fin thickness for
maximum heat transfer.
— Fin spacing of 40 fins per foot
(131 fins per m).
— Fin spacing of 32 fins per foot
(105 fins per m).
Element Lengths
3
/4” CA (19 mm) elements shall be
provided in 1’ (.3048 m) thru 8’ (2.44 m)
lengths in 6” (.1542 m) increments.
1
1” CA (25 mm) & 1
elements shall be provided in 1’
(.3048 m) thru 12’ (3.66 m) lengths in 6”
(.1524 m) increments.
1
/4” steel (32 mm) elements shall be
1
provided in 1’ (.3048 m) thru 12’ (3.66 m)
lengths in 6” (.1524 m) increments.
/4” CA (32 mm)
1
/4” x
FIN-PRC004-EN92
Page 93
Light Commercial Slope Top
Wall Fin Enclosure
The Trane hydronic light commercial
slope top 11S wall fin line has been
designed for natural convection to fill a
void between less costly
commercial baseboard
and more expensiv
enclosures and elements.
11S is a
perimeter heating system that can be
used as an economical primary or
secondary heat source. It also serves as
an effective draft barrier near cold walls
and windows.
Because of its ease of installation, rugged
construction and styling, 11S wall fin is
especially suited for use in commercial,
industrial and institutional applications
Typical examples include offices,
schools, hospitals, dormitories, nursing
homes, churches, transportation
terminals and housing projects.
A wide variety of
available, along with a complete line of
accessories
that is architecturally compatible with
any interior design. Other features and
benefits include:
•
•
•
•
•
•
•
•
clean, reliable
for wall-to-wall installation
Simple installation
mounting strip allows bracket
placement.
Rigid front panels
18-gauge or 16-gauge steel.
Quiet operation.
Clean, even heat
the room is recirculated — walls and
furnishings stay cleaner.
Pencil-proof louvered air opening
helps prevent trash from accumulating
on the heating element.
Durable finish
accessories are cleaned and chemically
phosphatized before painting.
Labor-saving rod hangers
suspended from the top of the
enclosure bracket, they allow full
expansion of the element. There are no
bolts to fasten.
Size Millimeters Meter Thickness Height1.001.050.950.860.780.690.610.530.450.400.33
(3)
19 mm 57 x 641640.28 mm 362 mm 10401090990890810720630550470415340
(3)
19 mm 70 x 641800.28 mm 362 mm 109511501035940855755665580495435360
*19 mm 70 x 951640.28 mm 362 mm 112511751065970880775685595510445370
(3)
25 mm 70 x 641800.28 mm 362 mm 10501100 995900815725640550470415345
25 mm70 x 951640.28 mm 362 mm 108511401035930845750665575490430355
25 mm 70 x 1271310.51 mm 362 mm115512101045990900800700605520460380
*25 mm 70 x 1271640.51 mm 362 mm 1165122011051000 910800710620525465385
32 mm70 x 951640.51 mm 362 mm 110511651050950860765670585495440365
*32 mm 70 x 1271310.51 mm 362 mm 110511651050950860765670585495440365
32 mm70 x 1271640.51 mm 362 mm 118012401125 1020 920815720630535470390
1. * I=B=R Rating on assemblies as marked.
2. Mounting height is the dimension from the floor to the center of the outlet grille to obtain listed capacities.
3. Two-tier applications can only be used with the 19 mm and 25 mm CA elements with 70 x 64 mm size fins.
11SRatingHot Water (Ave.)
Table PD-5 — Steel Tube/Fin Elements — Watts/Meter
Steam
teel Tube/Fin ElementsEncl.102°C104°C99°C93°C88°C82°C77°C71°C66°C60°C54°C
TubeFin SizeFins/FinMtg.(2) FactorFactor
Size Millimeters Meter Thickness Height1.001.050.950.860.780.690.610.530.450.400.33
*25 mm 70 x 951310.61 mm 362 mm875920830755680605535465395350290
25 mm70 x 1271310.61 mm 362 mm875920830755680605535465395350290
32 mm70 x 1271310.61 mm 362 mm895935850770695600545475405355295
1. * I=B=R Rating on assemblies as marked.
2. Mounting height is the dimension from the floor to the center of the outlet grille to obtain listed capacities.
11SRatingHot Water (Ave.)
Table PD-6— Copper/Aluminum Elements — Watts/Meter — Two Tiers
Size Millimeters Meter Thickness Height1.001.050.950.860.780.690.610.530.450.400.33
19 mm70 x 641800.28 mm 362 mm 150015801420129011701040910800670600490
25 mm70 x 641800.28 mm 362 mm 154016101460133012001060940820690620510
1. Mounting height is the dimension from the floor to the center of the outlet grille to obtain listed capacities.
2. Capacities based on two tiers of element mounted on 3
RatingHot Water (Ave.)
1
/2” (89 mm) centers.
97FIN-PRC004-EN
Page 98
Dimensional
DataModel 11S
One Tier
(1)
Notes:
1. Dimensions shown in [ ] are shown in
millimeters.
2. Elements listed in Item 1 element
descriptions are the only size elements
that can be used in two-tier
installations.