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TSS Single Duct VAV Terminals FORM 13013-EG1 Model TSS terminals provide variable air volume VAV control beyond the typical single duct box They are specifically designed for precise air delivery throughout the entire operating vav album 2018 - - -

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How to fill out tss single duct vav

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FEATURED JCI PRODUCTS

This month we are Featuring some of the JOHNSON Jci tss vav box products we have available at Broudy Precision, including The Variable Air Volume VAV, F4-VAV Jci tss vav box Controller (CVM), and Pressure Vav album 2018 Control Valves.

The Variable Air Volume (VAV) terminal unit family of products includes 5 product families allowing control of conditioned air from 100 – 8,000 CFM’s.

The families of VAV terminal units are as follows.

TSS, Jci tss vav box Duct Units – cooling and heating (hot water and electric)
TCS, Series Fan Powered Units – cooling and heating (hot water and electric)
TVS, Parallel Fan Powered Units cooling and heating (hot water and electric)
TDS, Dual Duct Units consists of a hot and cold deck (ducting) to VAV unit
TSX, Retrofit Units consists of supply and exhaust

F4-VAV Box Controller (CVM)

The CVM03050 equipment controllers are designed for variable air volume (VAV) box applications. CVM03050 controllers operate on an RS-485 BACnet MS/TP bus as BACnet Advanced Application Controllers (B-AACs), and integrate into Johnson Controls and third-party BACnet systems.

VP140 1/2 Inch to 2 Inch (DN15-DN50) Pressure Independent Control Valve

VP140 Series Pressure Independent Valves (PICVs) are designed to regulate the flow of hot or chilled water and 50% glycol jci tss vav box in response to the demand of a controller vav album 2018 HVAC systems. The pressure independent valves eliminate the need for separate balancing valves. These valves are available in sizes 1/2 in. through 2 in. (DN15 through DN50) with factory-mounted Johnson Controls® Non-Spring Return and Spring Return Electric Actuators for floating or proportional control or valve only configuration.

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Products

How to use the K factor?
If you worked in HVAC controls and have worked with VAV boxes maybe you have heard the following terms before:
Flow multiplier
Pickup Gain
Flow amplification
K constant
Those are all synonyms for one thing: The K factor.
The K factor is a correction factor given by the VAV manufacturers to correct the installation issues of variable air unit terminals. But before we go too far… What is a VAV air terminal unit and how does it work?
Variable Air Volume Air Terminal Unit
The primary reason why we install an air terminal unit jci tss vav box in a room or space is to regulate the quantity and/or temperature of conditioned air delivered to satisfy the temperature requirements. There are many configurations of ATU available. (We compare VAV to VVT in a previous article.) The one we are looking at today is the variable air volume (VAV). This kind of ATU vary the airflow at a constant temperature, unlike the constant air volume (CAV) which supply a constant airflow at a variable temperature. Here are the advantages of using VAV ATUs instead of CAV ATUs:
Better temperature control
Reduced compressor wear
Lower energy consumption with variable system fan
Less fan noise
Pressure dependent
The pressure dependent VAV ATUs represent the basic control of a variable ATU. This type of unit modulates the damper actuator from the zone thermostat regardless of vav album 2018 conditions. This can be a problem when there are two or more zones on the same system since the controls of each unit affects the others.
For example, classroom A has 30 people and classroom B also has 30 people. Both are supplied by different VAV ATU but from the same central air supply. For both rooms right now, there is a specific cooling load. The room thermostat is satisfied. If in classroom A, 30 people were to leave the room, the cooling load would then decrease. The thermostat would now command the damper actuator to close the damper and reduce the flow. The model vave would be an increase in the system static pressure and an increase in the amount of air flow in classroom B. After a while, the thermostat in room B would sense a drop of temperature and reposition the damper actuator to reduce the air flow.
Figure 1: VAV pressure dependent ATU
Pressure independent
A pressure independent unit will deliver the required air volume to the room, even if the supply static pressure increases. In figure 2, a flow sensor is installed in the supply airflow jci tss vav box modulate the damper actuator to control air volume. It monitors and responds to the velocity of the air flow. The room sensor resets the airflow setpoint as the space thermal load changes. The airflow control loop can be set to maintain minimum airflow at unoccupied load conditions while maximum airflow can be set to limit flow to meet design conditions.
If we take the last example, the same 30 people in classroom A, leave the room. In this situation, the cooling load would decrease and the thermostat would command the damper actuator to close down the damper and reduce air flow. The result would again be an increase in the system static pressure. Jci tss vav box, in this case, the ATU in classroom B would immediately sense the increased air flow through the inlet sensor and would command the damper actuator to reposition itself to maintain the required air flow.
Figure 2: VAV pressure independent ATU
Now what does the K factor has to do with all of this?
Well it has a lot to do with it.
Flow measuring
One limitation on the minimum airflow setpoint for the VAV box is the controllability of the box. Manufacturers list a minimum recommended airflow setpoint for each box size but the actual controllable minimum setpoint is usually much lower. The controllable vav album 2018 is a function of the design of the flow probe and the accuracy and precision off the digital conversion of the flow signal at the controller.
Technically, how does the flow measurement work? The equipment to measure directly the airflow velocity is way to expensive. Instead, the most often we find a probe in the air stream designed to sense total pressure on one side and static pressure on the other.
Total pressure=Static pressure+Velocity pressure
Figure 3: Pressure probe
The two pressures are connected to a sensor that will provide an air pressure signal that is proportional to the differential pressure of the airflow through the box. Jci tss vav box differential pressure (DP) is the velocity pressure. This will help us calculate the velocity air flow. Here is the mathematical formula:
V is in feet per minute (fpm)
4005 is a constant specific to this equation
DP is in inches jci tss vav box column (w.c.)
Now to calculate the air flow:
Q is in CFM (cubic feet per minute)
V is in feet per minute (fpm)
Area (Duct cross sectional) is in square feet.
For example, if we have an 8 inch VAV jci tss vav box and we want to calculate the minimum CFM:
There is a rule of thumb saying that the minimum differential pressure the probes can measure is 0.03 ˮ w.c.
Those formulas are really just theoretical. Indeed, in normal conditions the air supply to the ATU is not at presumed conditions of temperature, humidity and at sea level. It also assumes a laminar flow at the measuring point. The recommendation is 5 to 6 time the duct diameter before the probes. But in reality we don’t have this amount of space.
This is the reason why VAV box manufacturers introduce the K factor. This constant is a representative of the duct area, geometry and dynamics of the pitot tube. It’s a number which can correct those real world issues and it’s done differently between manufacturers. The greater the K factor, the lower the controllable minimum. Now to calculate the flow we use this formula:
4005 is a constant specific to this jci tss vav box is in inches water column (w.c.)
Q is in CFM
Area (Duct cross sectional) is in square feet.
jci tss vav box the same 8 inch VAV box we obtain this corrected flow:
I will use the K constant from a VAV box manufacturer.
The K factor can help you choose the best range transducer for the pressure measurement. Indeed, if we have an 8 inch VAV box from the same manufacturer the maximum cfm is 1100 cfm. With the jci tss vav box we can calculate the maximum velocity pressure we will have to measure.
Figure 4 Appendix B: VAV Controller Flow Calculation Constants (Johnson Controls)
Rearranging the previous formula allows calculation of the differential pressure or the velocity pressure.
Vav versicherungen kfz haftpflichtversicherung is bundled with either a VMA1400 Series controller or LN Series controller. For more information on the VMA1400 Series, 
refer to the Variable Air Volume Modular Assembly (VMA) 1400 Series Product Bulletin (LIT-635058). For more information on the LN Series, 
refer to the Metasys System LN Series VAV and VVT Profile Application Controllers Product Bulletin (LIT-1201910). 
VMA1420 
LN Series Controller 
LN Series Controller 
VMA Series Controller (left) and LN Series Controller (right) 
The performance specifications are nominal and conform to acceptable industry standards. For applications at conditions beyond these specifications, consult the local Johnson Controls office. 
Johnson Controls, Inc. shall not be liable for damages resulting from misapplication or misuse of its products. © 2004 Johnson Controls, Inc. www.johnsoncontrols.com 
Downloading of software, setting of parameters, addressing, 
1 of 2 
and testing at the factory reduce startup time and lessen risk. 
The performance specifications are nominal and conform to acceptable industry standards. For applications at conditions beyond these specifications, consult the local Johnson Controls office. 
Johnson Controls, Inc. shall not be liable for damages resulting from misapplication or misuse of its products. © 2004 Johnson Controls, Inc. www.johnsoncontrols.com 
Installation 
1 of 2 
is simple with low-profile, compact design, and 
standard metal hanging straps. 
Complies with National Electric Code (NEC) wiring requirements 
Standard 880. 
Code No. LIT-1900291 
Issued November 30, 2004
MODEL TCS 0606 
e jci tss vav box not for submittal or installation 7 7/8 6 purposes. 2 1/4 
[149] [152] [57] [19] [165] [279] [279] [594] [356] [889] 
0806 
[251] [152] [57] 
3/4 
[19] 
6 1/2 
[165] 
11 
[279] 
11 
[279] 
23 3/8 14 
[594] [356] 
35 
[889] 
0611 
5 7/8 
[149] 
6 
[152] 
2 1/4 
[57] 
3/4 
[19] 
6 1/2 
[165] 
11 
[279] 
11 
[279] 
23 3/8 14 
[594] [356] 
35 
[889] 
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18 12 
[457] [305] 
18 12 
[457] [305] 
18 12 
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23 3/8 14 
[594] [356] 
23 3/8 14 
[594] [356] 
[594] [356] 
23 3/8 14 
[594] [356] 
23 3/8 14 
[594] [356] 
23 3/8 14 
[594] [356] 
29 3/8 17 
[746] [432] 
29 3/8 17 
[746] [432] 
29 3/8 17 
[746] [432] 
29 3/8 17 
[746] [432] 
29 3/8 17 
[746] [432] 
29 3/8 17 
[746] [432] 
38 19 
[965] [483] 
38 19 
[965] [483] 
52 19 
L 
0811 
28 
[711] 1011 
28 Model TCS 
[711] 0818 
28 
[711] 1018 
35 
[889] 1218 
35 
[889] 1021 
35 
[889] 1221 
35 
[889] 1421 
35 
[889] 1224 
35 
[889] 1424 
40 
[1016] 1230 
40 
[1016] 1430 
40 
[1016] 1630 
40 
[1016] 1440 
40 
[1016] 1640 
40 
[1016] 1644 
[1372] 
54 1844 
[1372] 
62 
7 7/8 6 2 1/4 3/4 6 1/2 11 
[200] [152] [57] [19] [165] [279] 
9 7/8 Top 2 1/4 View 3/4 6 1/2 11 
7 [178] 
[251] (Pneumatic [57] Controls 
[19] [165] [279] 
7 7/8 
2 1/4 3/4 6 1/2 15 
Not 8 Shown [203] 
[200] 
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9 7/8 
2 1/4 3/4 6 1/2 15 
8 [203] 
[251] 
[57] [19] [165] [381] 
11 7/8 
2 1/4 3/4 6 1/2 15 
8 [203] 
[302] 
[57] [19] [165] [381] 
9 7/8 
2 1/4 3/4 6 1/2 15 
8 [203] 
[251] 
[57] [19] [165] [381] 
11 7/8 
2 1/4 3/4 6 1/2 15 
8 [203] 
[302] 
[57] [19] [165] [381] 
13 7/8 
2 1/4 3/4 6 1/2 15 
9 [229] 
[352] 
[57] [19] [165] [381] 
11 7/8 10 2 1/4 3/4 jci tss vav box 1/2 28 
[302] [254] [57] [19] [165] [711] 
13 7/8 10 2 1/4 3/4 6 1/2 28 
[352] [254] [57] [19] [165] [711] 
11 7/8 10 9 3/4 1 1/4 6 1/2 40 
[302] [254] [248] [32] [165] [1016] 
13 7/8 11 1/2 9 3/4 1 1/4 6 1/2 40 
[352] [292] [248] [32] [165] [1016] 
15 7/8 11 1/2 9 3/4 1 1/4 6 1/2 40 
[403] [292] [248] [32] [165] [1016] 
13 7/8 11 1/2 9 3/4 1 1/4 6 1/2 40 
[352] [292] [248] [32] [165] [1016] 
15 7/8 11 1/2 9 3/4 1 1/4 6 1/2 40 
[403] [292] [248] [32] [165] [1016] 
[403] [292] [248] jci tss vav box [165] [1016] 
15 7/8 
11 1/2 9 3/4 3 1/4 6 1/2 40 
[403] x 15 
[292] [248] [83] [165] [1016] 
7/8 [403] 
TOP VIEW 
11 23 3/8 14 
[279] [594] [356] 
11 23 3/8 14 
13 1/2 29 3/8 17 
[343] [746] [432] 
13 1/2 29 3/8 17 
[343] [746] [432] 
13 1/2 29 3/8 17 
[343] [746] [432] 
13 1/2 29 3/8 17 
[343] [746] [432] 
13 1/2 29 3/8 17 
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13 1/2 29 3/8 17 
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15 38 19 
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15 38 19 
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15 52 19 
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15 52 19 
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35 
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40 
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40 Size 
[1016] 
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54 
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62 
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62 
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62 0611 
[1575] 
62 
[1575] 0811 
62 
[1575] 
1011 
[1575] 
0818 
3-7/8" 
[98] 
4-7/8" 
[124] 
5-7/8" 
[149] 
4-7/8" 
[124] 
5-7/8" 
[149] 
7-7/8" 
[251] 
5-7/8" 
[149] 
7-7/8" 
[200] 
9-7/8" 
[251] 
7-7/8" 
[200] 
[1321] 
52 
[1321] 
52 
[1321] 
52 
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52 
19 
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19 
[483] 
19 
[483] 
19 
[1575] 
62 
[1575] 
62 
[1575] 
62 
[1575] 
62 
(Pneumatic controls 
NOTE: All dimensions not are shown in inches in this view) [mm]. 
Left Side View 
(Control Enclosure and Filter Rack 
Not Shown in This View) 
1018 
1218 
1021 
9-7/8" 
[251] 
11-7/8" 
9-7/8" 
[251] 
[1321] [483] [1575] 
52 
[1321] 
19 
[483] 
62 
[1575] 
1221 
11-7/8" 
[302] 
52 
[1321] 
19 
[483] 
62 
[1575] 
Inlet End View 
(Electronic Controls and Filter Rack 
Not Shown in This View) 
LEFT SIdE VIEW 
NOTE: 
1. All dimensions are in inches [mm] with a tolerance of ±1/8" [3mm]. 
11 
1421 
1224 
1424 
1230 
1430 
1630 
1440 
1640 
1644 
dimensions 
I A B C d X Y W H L 
13-7/8" 
[352] 
[302] 
13-7/8" 
[352] 
11-7/8" 
[302] 
13-7/8" 
[352] 
15-7/8" 
[352] 
13-7/8" 
[403] 
15-7/8" 
[352] 
15-7/8" 
[352] 
15-7/8" 
[352] x 
15-7/8" 
[352] 
6" [152] 5" [127] 3/4" [19] 
6" [152] jci tss vav box [127] 3/4" [19] 
6" [152] 5" [127] 3/4" [19] 
6" [152] 
6" [152] 
6" [152] 
6" jci tss vav box />
6" [152] 
7" [178] 
8" [203] 
8" vav album 2018 />
8" [203] 
8" [203] 
9" [229] 
10" 
[254] 
10" 
[254] 
10" 
[254] 
11-1/2" 
[292] 
11-1/2" 
[292] 
11-1/2" 
[292] 
11-1/2" 
[292] 
11-1/2" 
[292] 
11-1/2" 
[292] 
2-1/4" 
[57] 
2-1/4" 
[57] 
2-1/4" 
[57] 
2-1/4" 
[57] 
2-1/4" 
[57] 
2-1/4" 
[57] 
2-1/4" 
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2-1/4" 
[57] 
2-1/4" 
[57] 
2-1/4" 
[57] 
2-1/4" 
[57] 
2-1/4" 
[57] 
2-1/4" 
[57] 
9-3/4" 
[248] 
9-3/4" 
[248] 
9-3/4" 
[248] 
9-3/4" 
[248] 
9-3/4" 
[248] 
9-3/4" 
[248] 
9-3/4" 
[248] 
3/4" [19] 
3/4" [19] 
3/4" [19] 
3/4" [19] 
3/4" [19] 
3/4" [19] 
3/4" [19] 
3/4" [19] 
3/4" [19] 
3/4" [19] 
3/4" [19] 
3/4" [19] 
3/4" [19] 
1-1/4" 
[32] 
1-1/4" 
[32] 
1-1/4" 
[32] 
1-1/4" 
[32] 
1-1/4" 
[32] 
3-1/4" 
[83] 
3-1/4" 
[83] 
10-1/2" 
[267] 
10-1/2" 
[267] 
6-1/2" 
[165] 
10-1/2" 
[267] 
6-1/2" 
[165] 
6-1/2" 
[165] 
6-1/2" 
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6-1/2" 
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6-1/2" 
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6-1/2" 
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6-1/2" 
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6-1/2" 
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6-1/2" 
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6-1/2" 
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6-1/2" 
[165] 
6-1/2" 
[165] 
6-1/2" 
[165] 
6-1/2" 
[165] 
6-1/2" 
[165] 
6-1/2" 
[165] 
6-1/2" 
[165] 
6-1/2" 
[165] 
8-3/8" 
[213] 
8-3/8" 
[213] 
8-3/8" 
[213] 
8" [203] 
8" [203] 
8" [203] 
11" [279] 11" [279] 
11" [279] 11" [279] 
11" [279] 11" [279] 
11" [279] 11" [279] 
11" [279] 11" jci tss vav box />
11" [279] 11" [279] 
15" [381] 
15" [381] 
15" [381] 
15" model vave />
15" [381] 
13-1/2" 
[343] 
Inlet End View 
(Electronic 8" [203] 
2-1/4" Controls 
[57] 
3/4" [19] 
6-1/2" and 
[165] 
15" Filter [381] Rack 13-1/2" 
[343] 
Not Shown in This View) 
13-1/2" 
[343] 
13-1/2" 
[343] 
13-1/2" 
[343] 
13-1/2" 
[343] 
28" jci tss vav box 15" [381] 
28" [711] 15" [381] 
Johnson (Control Controls enclosure and filter rack not jci tss vav box in this view) 
11 
INLET ENd VIEW 
(Electronic controls and filter jci tss vav box not shown in this view) 
NOTE: Drawings are not vav album 2018 scale and are not for installation purposes. Contact your Johnson Controls representative for more information. 
All data and dimensions are subject to change without notice. 
40" 
[1016] 
40" 
40" 
[1016] 
40" 
[1016] 
40" 
[1016] 
40" 
[1016] 
40" 
[1016] 
15" [381] 
15" [381] 
15" [381] 
15" [381] 
15" [381] 
15" [381] 
15" [381] 
18" 
[457] 
18" 
[457] 
18" 
[457] 
23-3/8" 
[594] 
23-3/8" 
23-3/8" 
[594] 
23-3/8" 
[594] 
23-3/8" 
[594] 
23-3/8" 
[594] 
29-3/8" 
[746] 
29-3/8" 
[746] 
29-3/8" 
[746] 
29-3/8" 
[746] 
29-3/8" 
[746] 
29-3/8" 
[746] 
38" 
[965] 
38" 
[965] 
52" 
[1321] 
52" 
[1321] 
52" 
[1321] 
52" 
[1321] 
52" 
[1321] 
52" 
[1321] 
52" 
[1321] 
12" 
[305] 
12" 
[305] 
12" 
[305] 
14" [356] 
14" [356] 
14" [356] 
14" [356] 
14" [356] 
14" [356] 
17" [432] 
17" [432] 
17" [432] 
17" [432] 
17" [432] 
17" [432] 
19" 
[483] 
[483] 
19" 
[483] 
19" 
[483] 
19" 
[483] 
19" 
[483] 
19" 
[483] 
19" 
[483] 
19" 
[483] 
28" [711] 
28" [711] 
28" [711] 
35" 
[889] 
35" 
[889] 
35" 
[889] 
35" 
[889] 
35" 
[889] 
35" 
[889] 
40" 
[1016] 
40" 
[1016] 
40" 
[1016] 
40" 
[1016] 
40" 
[1016] 
40" 
[1016] 
54" 
[1372] 
54" 
[1372] 
62" 
[1575] 
62" 
[1575] 
62" 
[1575] 
62" 
[1575] 
62" 
[1575] 
62" 
[1575] 
62" 
[1575]
Model TCS-WC 
(Hot-Water Coil) 
Model TCS-EH 
(Electric Vav album 2018 />
RIGHT SIdE VIEW 
dISCHARGE ENd VIEW 
FAN SIZES 04, 06, 11, 18, 21 ANd 24 
Fan 
Size 
G J K M 
04 10" [254] 12" [305] 10" [254] 3" [76] 
06, 11 10" [254] 16" [406] 12-1/2" [318] 1/2" [13] 
18, 21 10" [254] 22" [559] 12-1/2" [318] 1/2" [13] 
24 10" [254] 28" [711] 17-1/2" [445] 1/2" [13] 
30, 40 6" [152] 40" [1016] 17-1/2" [445] 9-3/4" [248] 
44 6" [152] 44" [1118] 17-1/2" [445] 5-3/4" [146] 
FAN SIZES 30, 40 ANd 44
TCS Terminal Features 
Standard FeatureS: 
Construction 
• ARI Standard 880-certified and labeled 
• 22-gauge, galvanized-steel casing and valve 
• 3/4" thick, fiberglass insulation, mechanically fastened 
for added security 
Hot-Water Coils 
• ARI Standard 410-certified and labeled 
• 1, 2, 3, 4-row coils 
• Tested at a minimum of 350 psig under water 
Fan assemblies 
• Forward-curved, dynamically-balanced, direct-drive, 
galvanized blower wheel 
• 115 to 277-volt, single-phase, three-tap, permanent-splitcapacitor 
(PSC) motor 
• SCR fan-speed controller 
• Quick-select, motor-speed terminal 
• Permanently lubricated motor bearings 
• Thermally protected motor 
• Vibration-isolation motor mounts 
• Single-point wiring 
Primary air Valve 
• Embossed rigidity rings 
• Low-thermal-conductance damper shaft with position indicator 
• Mechanical stops for open and closed position 
• Balancing tees 
• Plenum-rated sensor tubing 
electrical Components 
• cETL listed for safety compliance with UL 1996 inin 
• National Electrical Manufacturers Association (NEMA) 
Type 1 wiring enclosure 
electric Heat 
• cETL listed as jci tss vav box assembly for safety compliance 
• Integral, electric-heat assembly 
• Automatic-reset primary and back-up secondary thermal limits 
• Single-point-power connection 
• Hinged, electrical-enclosure door 
• Fusing per NEC 
• Ni-chrome elements 
• Wiring diagram and ETL label 
• Fan-interlock device (relay or pneumatic-electric [PE] switch) 
Printed on recycled paper. 
© 2008 Johnson Controls, Inc. P.O. Box 423, Milwaukee, WI 53201 Printed vav album 2018 USA 
www.johnsoncontrols.com 
OPtiOnal FeatureS: 
Construction 
• 20-gauge, galvanized-steel construction 
• 1" insulation 
• Scrim-reinforced, foil-faced insulation meeting American 
Society for Testing and Materials (ASTM) C1136 for mold, 
mildew, and humidity resistance 
• Mounting brackets to accept all threaded hanging rods or 
wire hangers 
• Low-temperature construction for use in thermal-storage 
applications, including a thermally-isolated, primary air inlet 
and a composite damper shaft 
• Low-velocity, low-pressure-drop, filter rack and filters located 
at induction inlet and/or radiated sound damper 
• Hot-water, steam, or electric heating coils mounted at unit 
discharge—access plate upstream of hydronic coil (standard) 
Fan assemblies 
• 208, 230, 240 and 480-volt, single-phase, PSC motors 
• 220/240-volt, 50 Hz motors 
• 120, 208, 240, and 277-volt ECM motors 
electrical Components 
• Full-unit, toggle disconnect and inline motor fusing 
• Primary and secondary transformer fusing 
electric Heat 
• Proportional, solid-state-relay (SSR) heater control 
• Door-interlocking disconnect switches 
• Disconnect (toggle or door-interlocking) 
• Pneumatic-electric (PE) switches 
• Mercury or magnetic contactors 
• Manual-reset secondary limit 
• Airflow switch 
Controls 
• Factory-provided controls include: 
- Direct-digital controls (DDC) for BACnet, N2, 
or LON ® networks 
- Pneumatic controls 
- Analog electronic controls 
• Consignment DDC controls (factory-mount 
and wire controls provided by others)
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