Honeywell B User Manual
8
TP970 AND TP9600 SERIES PNEUMATIC THERMOSTATS
75-7134—1
Table 6. TP9600 Thermostat Specifications.
Model No.
Description
Setpoint Slot
Includes Stat.
Single Temperature, Two-Pipe:
TP9600A 1007
DA, Open Windows
Open
TP970A 2004
TP9600B 1006
RA, Open Windows
Open
TP970B 2002
TP9603A 1001
DA, Close Windows
Closed
TP970A 2004
TP9603B 1000
RA, Close Windows
Closed
TP970B 2002
Day/Night, Two-Pipe:
TP9610A 1006
DA, Open Windows
Open
TP971A 2003
TP9610B 1005
RA, Open Windows
Open
TP971B 2001
TP9613A 1000
DA, Close Windows
Closed
TP971A 2003
TP9613B 1009
RA, Close Windows
Closed
TP971B 2001
Heating/Cooling, Two-Pipe:
TP9620A 1005
DA, Open Windows
Open
TP972A 2002
TP9623B 1009
RA, Close Windows
Closed
TP972B 2002
Single Temperature, One or Two-Pipe:
TP9630A 1004
DA, Open Windows
Open
TP973A 2076
TP9630B 1003
RA, Open Windows
Open
TP973B 2066
TP9633A 1008
DA, Close Windows
Closed
TP973A 2076
TP9633B 1007
RA, Close Windows
Closed
TP973B 2066
OPERATION
TP970A,B and TP9600A,B
When using a TP970A or TP9600A (Fig. 1) in heating
applications with a normally open valve, a fall in temperature
lowers Branchline Pressure (BLP) to the valve. THis lower
BLP provides proportional valve action matching the existing
load requirements. When a TP970B or TP9600B is used in a
cooling application, a rise in temperature causes the TP970B
or TP9600B to lower BLP. The energy conservation models
limit control temperature to a maximum (heating) or minimum
(cooling) of 72F (24C).
applications with a normally open valve, a fall in temperature
lowers Branchline Pressure (BLP) to the valve. THis lower
BLP provides proportional valve action matching the existing
load requirements. When a TP970B or TP9600B is used in a
cooling application, a rise in temperature causes the TP970B
or TP9600B to lower BLP. The energy conservation models
limit control temperature to a maximum (heating) or minimum
(cooling) of 72F (24C).
SUPPLY
TP970A,B OR
TP9600A,B
TP9600A,B
N.O.
M B
M
C3535-1
Fig. 1. TP970A,B and TP9600A,B Typical Operation.
TP970C and D
The TP970C and D with wide throttling range (Fig. 2 and 3)
allow use of heating and cooling valve assemblies with either
selected spring ranges (Fig. 4) or ratio relays (Fig. 5) to
achieve a ZEB range.
allow use of heating and cooling valve assemblies with either
selected spring ranges (Fig. 4) or ratio relays (Fig. 5) to
achieve a ZEB range.
Various ZEB ranges, heating control points, and cooling
control points are obtained by selecting the appropriate
thermostat setpoint, throttling range, and spring range or ratio
relays.
control points are obtained by selecting the appropriate
thermostat setpoint, throttling range, and spring range or ratio
relays.
15
14
13
12
11
10
14
13
12
11
10
9
8
7
6
5
4
3
2
1
8
7
6
5
4
3
2
1
(100)
(90)
(80)
(70)
(60)
(50)
(40)
(30)
(20)
(10)
0
15
12.5
10
7.5
5
2.5
15
12.5
10
7.5
5
2.5
SETPOINT
SETPOINT
(8) (7) (6) (5) (4) (3) (2) (1)
(8)
(7)
(6)
(5)
(4)
(3)
(2)
(1)
BRANCHLINE PRESSURE—PSI (kPa)
DEVIATION IN SPACE TEMPERATURE—DEGREES F (C)
BELOW SETPOINT
ABOVE SETPOINT
C3536
TP970C MINIMUM
THROTTLING RANGE =
5F (2.8C)
THROTTLING RANGE =
5F (2.8C)
TP970C MAXIMUM
THROTTLING RANGE =
20F (11.1C)
THROTTLING RANGE =
20F (11.1C)
Fig. 2. TP970C Space Temperature vs. Branchline
Pressure.