Pressure Independent Control Valve

www.tyneflow.co.uk
TYNE FLOW is a leading British
manufacturing company established
in the northern industrial region of
Birmingham to meet the growing
demand for quality valves and couplers
in the global construction industry.
TYNE FLOW emphasis on quality,
reliability and serviceability.
TYNE FLOW brand is the main choice
for contractors who consider engineered
solutions for ﬂuid network control and
ﬁre protection systems. As an experienced
pioneer in the UK construction market Tyne
has designed and developed products to
meet the highest expectations of its customers,
both domestic and internationally.
Tyne is committed to continually raise the
Benchmark for innovative design and quality
through international accreditations under ISO 9001,
ISO 14001 for manufacturing and UL & FM
recognition for ﬁre product compliance.
Our extensive range of valves and couplers
strictly comply with European and American standards.
Tyne Flow has a dedicated technical
and distribution network to meet local sales
and stock requirements for our customers
throughout the region we serve.
Product Index
Double Regulating Valves
51251
61251
Fixed Orifice Bronze DRV PN25 BSP Threaded
63161
63162
64161
Variable Orifice DRV Flanged PN16 Test Points on the Body
Variable Orifice DRV Flanged PN16 Test Points on the Flanges
Fixed Orifice Valve PN16 Double Regulating
4
4
64251
Fixed Orifice Valve PN25 Double Regulating
5
65161-MS
Stainless steel Metering Station PN16 & PN25
TFV-Z9200
TFV-Z9300
Zone Valve Two Way Control Valve
Zone Valve Three Way Control Valve
Variable Orifice Bronze DRV PN25 BSP Threaded
3
3
5
Metering Station
6
Zone Valves
7
7
Motorized Isolation Valves
MB44162
MC44162
EN 593 Lug Type Butterfly Type 1
EN 593 Lug Type Butterfly Type 2
TFVG-4200
TFVG-4300
TFVG-8200
TFVG-8300
Modulating Valve / Series Actuator Two Way Control Valve Threaded
Modulating Valve / Series Actuator Three Way Control Valve Threaded
Modulating Valve / Series Actuator Two Way Control Valve
Modulating Valve / Series Actuator Three Way Control Valve
8
8
Motorized Globe Valves
9
12
Automatic Balancing Valves
TFVAB1160
TFVAB3161
TFVAB1160C
Automatic Balancing Valve Threaded
Automatic Balancing Valve Flanged
Automatic Balancing & On/Off Control Valve
14
16
18
Differential Pressure Control Valves (DPCV)
TFVD1160
TFVD5161-S
TFVD5161
TFVD4161-G
Differential Pressure Control Valve PN16 Threaded
Differential Pressure Control Valve PN16 Spring Type Flanged
Differential Pressure Control Valve PN16 Type 2 Flanged
Differential Pressure Control Valve PN16 Type 3 Flanged
TFVP2160
TFVP2160A
TFVP4161
TFVP5161
Pressure Independent Control Valve PN16 Threaded
Pressure Independent Control Valve PN16 Type A Actuator Threaded
Pressure Independent Control Valve PN16 Flanged
High-Flow Pressure Independent Control Valve PN16 Flanged
20
23
26
29
Pressure Independent Control Valves (PICV)
35
42
56
68
Fixed Oriﬁce Double
Regulating Valve PN 25
Material Speciﬁcation
Figure No. 51251-Bronze
Fixed Oriﬁce
Figure No. 61251-Bronze
Variable Oriﬁce DRV
Bronze Double regulating valve, Y pattern
Threaded ends to BS 21 / EN 10226 (ISO7)
PN 25 rated, ﬁxed oriﬁce
Low Flow Resistance due to unique design
Complies to BS 7350 accuracy requirements
Two points (inlet/outlet) are available on the
body of the DRV Fig: VH5125
No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
Description
Material
Body
Bronze
Bonnet
DZR Brass
Stem
DZR Brass
Disc
DZR Brass
Disc Retaining Ring
DZR Brass
Balancing Cone
DZR Brass
Drive Sleeve
Brass
Drive Retaining Nut
Brass
Hand wheel Retaining Screw
Brass
Disc Face
PTFE
Hand Wheel
Plastic
Memory Stop Screw
HT Steel
O’ Ring Seal
EPDM Rubber
Identiﬁcation Plate
Polycarbonate
Oriﬁce Insert
DZR Brass
Pressure test Valve
DZR Brass
BS EN
CC 491K
CW 602N
CW 602N
CW 602N
CW 602N
CW 602N
CW 617N
CW 617N
CW 617N
PTFE
CW 602N
CW 602N
Dimension
C
C
120oC MAX
C
120oC MAX
Pressure Test Points PN25 (Fig No.: 14225)
11
16
14
B
7
9
3
2
13
5
1
4
6
A
Size
Turning
0.5
0.7
1.0
2.0
3.0
4.0
L
mm
87
96
100
114
125
146
H
mm
105
106
127
128
143
144
½”
¾”
0.2
0.3
0.6
1.2
1.8
0.26
0.35
0.84
2.32
3.29
D
mm
46
51
56
57
61
75
Weight
kg
0.58
0.65
0.89
1.11
1.48
1.98
1”
1 ¼”
1 ½”
2”
0.44
0.58
0.89
1.11
0.87
1.78
3.51
5.56
1.27
4.09
8.59
10.65
2.01
5.24
12.87
15.87
2.41
7.04
17.7
21.59
12
8
15
DN
mm
15
20
25
32
40
50
10
Feature and Beneﬁts
Provide precise and accurate ﬂow regulation
Easy to operate with hand wheel and numerical indicator
Integral oriﬁce and test points
Taper threaded to BS21
Working medium: Water, oil, and steam
Working temp: t<=120 ° C
Pressure Temperature Rating
25 bar from -10 to 100°
10.5 bar at 186 ° C
*Valves can be supplied with NPT threads
3
Variable Oriﬁce Double Regulating Valve PN 16
Material Speciﬁcation
Figure No. 63161
Test Points on the Body
Discription
Material
BS EN
ASTM
Body
Cast Iron
EN-GJL250
A 126 B
Disc
CI+EPDM
EN-GJL250
A 126 B
Disc Nut
Brass
EN AB1
C 95200
Stem
Stainless Steel
BS 970 420S37
ANSI 420
O-Ring
EPDM
Bonnet
Cast Iron
EN-GJL 250
A 126 B
Gasket
Graphite
Hand Wheel
(65-150)
Aluminium
Die Casting
Hand Wheel
(200-300)
Carbon Steel
Figure No. 63162
Test Points on the Flanges
Speciﬁcation
Conforms to BS 5152 (EN13789)
Y Pattern. Complies to BS 7350 requirements
Variable Oriﬁce with linear scale and circular
scale (ﬁne adjustment)
Valve have unique design which enables the disc to
be locked in the set position with a screwdriver.
Face to face dimension EN 558 Basic Series -1
Flanged to EN 1092-2 PN16
Dimensions (mm)
Size 50/2’’ 65/2.5’’ 80/3’’ 100/4’’ 125/5’’ 150/6’’ 200/8’’ 250/10’’ 300/12’’
L
230
290
310
350
400
480
600
730
850
H
276
276
276
276
276
276
276
276
276
D
180
180
180
180
180
180
350
350
450
M3/h at 1 Kg/cm2 Pressure Drop (mm)
PreStting 1
2
3
4
5
6
7
Size
50 6.9 12.2 18.3 25.5 33.9 40.2 44.4
8
9
10
11
12
47.3
65
14.5 27.5 40.5 53.2 64.4 73.4 81.6
80
18.5 32.7 50.8 71.8 89.7 107.3 118.8 131.2
86.6
100 37.5 69.4 102.5 133.5 163.4 189.6 213.5 230.4
125 64.3 104.4 150.5 196.7 241.5 280.4 309.5 331.3
150 89.6 146.3 213.4 275.6 338.4 404.5 448.6 478.2
D
200 87.3 160.6 240.5 331.4 420.3 498.5 573.6 641.4 704.6 764.5 811.9 865.6
250 113.4 173.5 241.8 318.5 413.4 523.5 630.6 727.8 819.6 918.1 1018.2 1116.3
300 163.4 295.3 455.5 643.5 852.4 1037.6 1197.8 1384.8 1568.1 1739.0 1919.4 2099.4
H
Hydrostatic Test Pressure
Body: 24 bar
Seat: 17.6 bar
L
4
Pressure Temperature Rating
9 bar at 180 ° C
16 bar at -10 to 120°
Fixed Oriﬁce Double Regulating Valve
Figure No. 64161 - PN16
64251 - PN25
Speciﬁcation
Single unit Y-pattern globe valves incorporating an integral oriﬁce
plate to form a ﬁxed oriﬁce ﬂow measurement unit with regulation
and isolation capacity. Valves conform to requirements of BS 7350.
Application
Primarily used in injection or other circuits requiring a double
regulating valve for systems balancing. Accuracy of ﬂow
measurement is ±5% at all open positions of the valve in
accordance with BS 7350.
Pressure/Temperature Ratings
PN16
o
Temperature C
PN25
-10 to 120
Working Pressure(Bar)
16
25
Test Pressure(Bar)
Shell 24
Seat:17.6
Shell:37.5
Seat:27.5
H
Material Speciﬁcation
L
Part
Material
Speciﬁcation
Body
Bonnet
Ductile
Ductile
EN-JL 1050
EN -JL 1050
Stem
Stainless Steel 410
BS970 410S21
Disc
Gland (65-150mm)
EPDM Coated DI
EN-JL 1050
Brass
EN 12165 CW617N
Gland (200-300mm)
Gland Nut
Ductile
EN-JL 1050
Hand Wheel
Brass
Ductile
EN 12165 CW617N
EN-JL 1050
Test Valve
Oriﬁce Insert
Brass
Brass
EN 12165 CW602N
EN 12165 CW617N
Packing
Graphite
Non-Asbestos
Dimensions, Coefficients
Size
Dimensions (mm)
Head Loss
2½”
DN65
290
265
205
104
5.32
104
3”
DN80
310
270
205
112
6.48
116
4”
DN100
350
310
250
162
13.15
213
5”
DN125
400
340
300
254
8.32
333
6”
DN150
480
350
300
335
7.33
476
8”
DN200
600
597
375
535
8.26
468
10”
DN250
730
591
435
1099
7.27
1153
12”
DN300
850
690
450
1588
8.36
1743
5
Stainless Steel Metering Station
DN65 – DN900
Figure No.: 65161-MS
FEATURES




Wafer Pattern
Fits between BS EN 1092 flanges
PN16 pressure rating
Flow characteristic confirmed to
BS EN 7350
Fixed orifice with ± 5% flow
measurement accuracy.
Can be close coupled to a double
regulating valve


Working Pressure & Temperature Ratings:
Material Specification:
Component
Material
BS EN
Body
Stainless Steel
10088 XCrNi18-10
Extension
Stainless Steel
PN 25
16 bar from -10°C to 120°C
25 bar from -10°C to 120°C
10088 XCrNi18-10
Brass
Test Point
PN 16
Note:
The test points has a maximum temperature of 120°C
If other test points are fitted the maximum temperature
should be obtained from the manufacturer.
12164 CW602N
DIMENSIONS
Size
mm
65
80
100
200
250
300
350
400
450
500
600
700
800
900
C
mm
20
20
20
20
20
20
24
24
30
30
30
30
50
50
PN16
A
mm
129
144
164
194
220
275
331
386
446
498
558
620
737
807
914
1014
B
mm
158
166
176
191
204
232
258
287
317
341
373
404
463
498
551
600
Weight
kg
1.9
2.2
2.4
3.1
3.4
4.7
6
8
12
14
26
31
38
35
77
100
PN25
A
mm
129
144
170
196
226
286
343
403
460
517
567
627
734
836
945
B
mm
158
166
179
192
207
237
266
296
324
352
378
408
461
512
567
kg
1.9
2.2
2.7
3.2
3.8
5.5
7
10
33
41
48
96
Weight
6
16
20
28
Zone Valve
DN15 – DN50
Figure No.:TFV - Z9200 (Two Way Zone Valve)
TFV - Z9300 (Three Way Zone Valve)
Description
 The TFV-Z range of zone valves are
designed for On/Off control of ﬂuid ﬂow
in a variety of heating and cooling
applications, including AHUs and FCUs.
 TFV-Z range are resistant to high
moisture conditions.
 Actuator mounts directly onto
valve without linkage.
 Manual override lever is provided
Technical Data
 Deenergised NC, Valve Closed
 Rated Pressure 21 bar
 Power consumption under operation
6.5W, for wire sizing 7 VA
 Internal Threaded to ISO 7/1
 Leakage rate B-A: 1(tight)
 Forged Brass: Spindle-Nickel Plated
Brass: Seat-Brass: Seal-NBR
Actuator data
 Running time motor <18s: Spring return
<5s.
 Nominal Voltage 230V AC 50/60 Hz
 Sound power level <45dB (A) Valve
closed degree of protection IP40
Features
 Silent Operation Brass
 body Smooth Flow
 Sizes from DN15-DN25
 Leakage free, no maintenance required
 The valves are supplied complete with actuator that can be
easily installed. The housing and the cover are made of
metal.
 A ﬂap made of special rubber is used as the element to
provide absolutely tight shut-off. Two O-rings are used to
seal the spindle.
 The motor opens the valve electrically and closes it by
means of springs.
Size(mm)
Size (inch)
Kvs (m3/h)
Closing Pressure (∆)
TFV -Z9215
DN15
1/2"
2.2
0.2 Mpa
TFV -Z9220
DN20
3/4"
3
0.18 Mpa
TFV -Z9225
DN25
1”
6.9
0.15 Mpa
TFV -Z9315
DN15
1/2"
2.2
0.2 Mpa
TFV -Z9320
DN20
3/4"
3
0.18 Mpa
TFV -Z9325
DN25
1”
6.9
0.15 Mpa
Model
2-way
3-way
7
Motorized Isolation Valves
DN65 – DN750
Figure No.: MB44162 (Actuator Type 1)
MC44162 (Actuator Type 2)
Material Speciﬁcation
Part
Material
Cast Iron
Ductile Iron
Ductile Iron
Aluminium Bronze
Stainless Steel 304
Stainless Steel 316
Speciﬁcation
EN - JL 1040
EN - JL 1050
EN -JL 1050
EN 1982 CC491K
BS970 304 C 15
BS970 316 C 16
Shaft
Stainless Steel 410
Stainless Steel 431
BS970 410 S 21
BS970 431 S 29
Seal Ring
O -Ring
Bushing
EPDM / NBR
EPDM / NBR
Bronze
EN 1982 CC491K
Body
Complies with EN 593/BS 5155
Flanges to BS EN 1092-2 PN 16
Top Flange complies with ISO5211/1
Handle or worm gear operator, Lug Type
Disc
Operation
- Lever Operated
- Worm Gear Box
- Electric Actuator
2” - 6” : Hand Wheel Operation
8” - 24” : Worm Gear Operation
Working Temperature Ratings
Working Pressure
10 bar / 16bar / 25bar
Shell
15bar / 24 bar / 37.5 bar
Testing Pressure
Working Temperature
Seat
13bar / 17.6 bar / 27.5 bar
-200C to 1100C EPDM Seat
-100C to 800C NBR Seat
Water, Oil & Gas
Suitable Media
Dimension
DN
mm
inch
A
B
C
L
DN
65
2-1/2
80
3
100
4
125
5
150
6
200
8
250
10
89
175
30
45
95
181
30
45
114
200
30
51
127
213
30
55
139
226
30
55
175
260
34
60
203
292
34
67
mm
inch
300
12
350
14
400
16
450
18
500
20
550
22
600
24
650
26
700
28
A
B
C
L
242
337
34
76
267
368
40
76
309
400
52
102
327
422
52
114
361
480
64
127
412
533
70
151
459
562
70
151
472
549
70
172
527
626
95
165
* Valves can be supplied as per ASME B16.1 Class 125/Class 150
* Can be provided with B Type Actuator
* Can be provide with C Type Actuator
8
Motorized Globe Valve
DN15 – DN50
Figure No.: TFVG4200 (Two Way Control Valve)
TFVG4300 (Three Way Control Valve)
Description
 Used with actuator for control of cold and hot water flow
in HVAC systems.
 The three way valve can be used as a mixing valve.
Technical Data
 Nominal Pressure: PN16, PN25 (optional)
 Media: steam, hot water
 Media Temperature range: 0-100°C
 Valve body: cast copper
 Valve seat: cast copper
 Valve stem: cast copper
 Leakage rate: <0.01% or 0.5% (2-way)
<0.1% (3-way)
 Flow characteristic: equal percentage (2-way)
Equal linearity (3-way)
 Screw thread: BSPT, NPT
Models and Dimensions
Model List
Screw
Thread
3-way
L
mm
H5
mm
H6
mm
Kv
m3/h
Stroke
mm
2-way
DN15
TFVG4200-15
TFVG4300-15
80
330
190
4.0
8
DN20
TFVG4200-20
TFVG4300-20
80
330
190
6.3
8
DN25
TFVG4200-25
TFVG4300-25
105
335
195
10
16
DN32
TFVG4200-32
TFVG4300-32
120
370
230
16
16
DN40
TFVG4200-40
TFVG4300-40
130
400
260
25
19
DN50
TFVG4200-50
TFVG4300-50
150
415
275
40
19
9
Motorized Globe Valve (Actuator)
DN15 – DN50
Figure No.: A3000
Description
 The actuator can be directly mounted on TFVG-4200/4300
series valves.
 It can also be mounted on other valves using different
connectors.
Features
 Low voltage reversible synchronous motor, with a magnetic
clutch to ensure the long life service of the motor and gear
train.
 Action is executed through gear transmission.
 Valve-moving position indicator.
 Auxiliary switch and manual control are available as
accessories (order separately).
 RA or DA operating mode could be selected through jumper in
proportional 0~10V or 4~20mA DC control.
Specification






Supply voltage: 24VAC (Optional 230VAC)
Transformer sizing: 5.5VA
Connection cable: 1.5mm
Input signal range: 0~10V/4~20mA
Actuator Force: 1000N
Gear: Stainless steel, bronze





Support base: Galvanized steel
Yoke: Die cast aluminum
Housing: Anti-flammable ABS
Operation temperature: -5~+55°C
Storage temperature: -20~+65°C
Operation
 Actuator is driven by reversible synchronous motor with magnetic clutch.
 Motor can create stable torsion at stopping condition depending on the magnetic effort, which is
created by motor rotor and magnetic clutch.
 The motor can stop at any position when there is no current supply.
10
Motorized Globe Valve (Actuator)
DN15 – DN50
Models
Model
Control Signal
Actuator Force
A3000
3 point
1000N
A3001
4~20mA
1000N
A3002
0~10V
1000N
A3003
3 point
1800N
A3004
4~20mA
1800N
A3005
0~10V
1800N
Wiring Diagram
24 VAC
Terminals
1-2
1-3
Actuator Rod
Down
up
A3100;A3200
+
Output
Feedback
signal
_
Input
Signal
Power Supply
24 VAC
A3101;A3102
A3201;A3202
11
Motorized Globe Valve
DN 65 – DN 200
Figure No.: TFVG8200 ( 2 way Control Valve )
TFVG8300 ( 3 way Control Valve )
TECHNICAL DATA









Valve type: 2-way/3-way control valve
Pressure Class: PN16
Flow characteristic: Equal percentage
Connection: Flange
Leakage :< 0.05% of KVS
Fluid temperature: -10oC-100oC
Trim/Stem: stainless steel
Valve body: Cast Iron (cast steel optional)
Plug: PTFE
DESCRIPTION





2-way and 3-way valves are used in heating and cooling systems.
Suitable for hot and chilled water
Sizes from DN65 up to DN 200
Cast iron body (cast steel body optional)
Pressure rating PN16
Equal percentage flow characteristics
FEATURES






Model
2-way
3-way
12
TFVG8200-065
TFVG8200-080
TFVG8200-100
TFVG8200-125
TFVG8200-150
TFVG8200-200
TFVG8300-065
TFVG8300-080
TFVG8300-100
TFVG8300-125
TFVG8300-150
TFVG8300-200
Tyne motorized globe valve is intended for used in HVAC systems with actuator
for control of cold and hot water.
3-way valve can be used as mixing valve or diverting valve.
Function
2-way valve (TFVG8200 series)
Open when the stem is in the top position
Close when the stem is in the bottom position
Size(mm)
Size (inch)
Kvs (m3/h)
Actuator (N)
DN65
DN80
DN100
DN125
DN150
DN200
DN65
DN80
DN100
DN125
DN150
DN200
2 ½”
3″
4″
5″
6″
8″
2 ½”
3″
4″
5″
6″
8″
63
100
160
250
400
600
63
100
160
250
400
600
3000
3000
3000
4000
4000
4000
3000
3000
3000
4000
4000
4000
Motorized Globe Valve
DN 65 – DN 200
Actuator
Figure No.: A8000
SPECIFICATION





Supply voltage: 24VAC
Transformer sizing: 5.5VA
Connection cable: 1.5mm2
Actuator force: 3000N; 4000N
Input signal range: 0~10V/4~20mA






Gear: Stainless steel, bronze
Support Base: Galvanized steel
Yoke: Die cast aluminum
Housing: Anti-flammable ABS
Operation temperature: -5~+55°C
Storage temperature: -20~+65°C
FEATURES





A low voltage reversible synchronous motor, with a magnetic clutch
to ensure the long life service of the motor and gear train.
Action is executed through gear transmission.
Valve-moving position indicator.
An auxiliary switch and manual control are available as accessories(order
separately)
RA or DA operating mode could be selected through jumper in proportional
0~10V or
4~20Ma
MODEL
Model
Control Signal
Actuator Force
A-8100
3 point
3000N - 4000N
A-8101
4~20mA
3000N - 4000N
A-8102
0~10V
3000N - 4000N
WIRING DIAGRAM
A-8100 / A-8200
A-8101 / A-8102
A-8201 / A-8202
13
Automatic Balancing Valve
DN15 – DN50
Figure No.: TFVAB1160
Description
Tyne Flow Automatic Balancing Valve regulates flow when the system pressure fluctuates in the operating
differential pressure range, it can keep the pipe flow constant by dynamically balancing the change of pressure. Its
automatic operation completely depends on system differential pressure, maintaining the system flow constantly.
The flux is set before delivery, and it is controlled by the core.
Features



Accurately regulates the flow of every branch when the system pressure fluctuates in the operating
differential pressure range. It won’t be changed due to any single branch flux, which ensures the flux
stability of the entire system.
Avoid any damage occurs due to excess flow, and then ensure the lifespan and security of the valve.
It can cut down cost and consumption by controlling the excess flow to in water pump, terminal air handling
unit, air-conditioner.
Material Specification
Description
Material
Valve Body
Brass
Valve Deck
Brass
Core
Copper Alloy
Valve Liner
Copper Alloy
Sealing Element
EPDM
Spring
Stainless Steel
Asbestos is not contained in sealing.
14
Automatic Balancing Valve
DN15 – DN50
Technical Parameter
Nominal Pressure
Max. Testing Pressure
PN2.5MPa
3.8MPa
Max. Operating Differential Pressure
Medium Temperature Range
0.6MPa
-20 – 120 °C
Caliber
DN15 – DN50
Connection
Applicable Medium
Thread Connection
Mixture of Water and Ethylene Glycol
Dimension and Data Table
Dimension
H
94/133
94/133
Size
Flow Range (L/s)
DN15
DN20
0.015 – 0.0680
0.015 – 0.0680
D
½”
¾”
DN25
0.188 – 3.154
1”
94/133
77
DN32
0.188 – 3.154
1 ¼”
126/164
123
DN40
DN50
0.188 – 3.154
0.188 – 3.154
1 ½”
2”
126/164
126/164
123
123
L
77
77
15
Automatic Balancing Valve
DN65 – DN800
Figure No.: TFVAB3161
Description
Tyne Flow Automatic Balancing Valve accurately regulates the flow of every branch when the system pressure
fluctuates in the operating differential pressure range. Ensure the stability of the entire system. Its automatic
operation completely depends on the system differential pressure, maintaining the system flow constantly. The flux
is set before delivery, and it is controlled by the core.
Features



Accurately regulates the flow of every branch when the system pressure fluctuates in the operating
differential pressure range. It won’t be changed due to any single branch flux, which ensures the flux
stability of the entire system.
Avoid any damage occurs due to excess flow, and then ensure the lifespan and security of the valve.
It can cut down cost and consumption by controlling the excess flow to in water pump, terminal air handling
unit, air-conditioner.
Material Specification
Description
Material
Valve Body
Cast Iron
Valve Liner
Stainless Steel
Sealing Element
EPDM
Spring
Stainless Steel
Asbestos is not contained in sealing.
16
Automatic Balancing Valve
DN65 – DN800
Technical Parameter
Nominal Pressure
Max. Testing Pressure
PN2.5MPa
3.8MPa
Max. Operating Differential Pressure
Medium Temperature Range
0.6MPa
-20 – 120 °C
Caliber
DN50 – DN800
Connection
Applicable Medium
Flange Clamp Connection
Mixture of Water and Ethylene Glycol
Dimension and Data Table
Size
Flow Range (L/s)
DN65
DN80
DN100
DN125
DN150
DN200
DN250
DN300
DN350
DN400
DN450
DN500
DN600
DN800
1.061 – 11.381
1.061 – 11.381
1.061 – 22.762
1.061 – 34.143
1.061 – 45.524
1.061 – 79.667
1.061 – 136.572
1.061 – 170.715
1.061 – 216.239
1.061 – 295.906
1.061 – 375.573
1.061 – 455.240
1.061 – 637.336
1.061 – 967.385
D
80
80
100
125
150
200
260
315
355
405
455
508
610
760
Dimension
P
119
131
163
193
216
271
326
383
443
496
545
601
715
880
L
Max. Valve
Liner
170
170
170
170
170
170
170
170
170
170
170
170
170
170
1
1
2
3
4
7
12
15
19
26
33
40
56
85
17
Automatic Balancing Valves & On/Off
Control Valves
DN15 – DN25
Figure No. TFVAB1160C
Application
Designed for the balancing of cooling and heating units. With its
simple on/off control valve can be used for many different applications,
and at the same time advantage is derived from the dynamic control
principles.
The optimum flow rate is ensured in each control area. This flow rate is
maintained in spite of pressure fluctuations in the system.
Energy savings due to automatic flow control, lower flow and pump
pressure. Maximized ΔT due to faster response and increased system
stability.
Features





Two valves in one. Replaces both the normal static valve and
two way valve.
No requirement on pipe lengths before and after the valve.
Small compact product.
Built-in on/off function for electrically operated actuator
(normally closed).
The valve can easily be fitted into the system.
Technical Data










Valve Housing: DZR Brass, CW602N
O-rings: EPDM
Pressure class: PN25
Temperature: 0 to +950C
Ambient Temperature: 0 to +500C
Max. Differential Pressure: 400 KPa
Weight: 0.7 kg
Dimension Packaging in mm: 135x115x85
Maximum Flow Range: 0.015 – 0.680 l/s
Minimum ΔP Range: 7-28 KPa
Glycolic mixtures (both ethylene and propylene0 up to 50% are applicable.
Strainer is recommended. The pipe system should be properly ventilated to
avoid the risk of air pockets.
Benefits


Design

Time consuming adjustment of the system is eliminated.
The valve automatically ensures the hydraulic balance,
regardless of the conditions in the system.
No need to use balancing valves in the distribution lines, main
distribution lines and supply lines.
 Less time to define the necessary equipment for a hydraulic
balanced system.

No impact if the calculated distribution of pressure in the
installation is not accurate.

Security that the specified flow is also the real one.

No requirements on pipe lengths before and after the valve.
Installation

Minimized commissioning time due to automatic balancing of
the system.

No need for oversized pumps and oversized control valves.
Operation

Energy savings due to elimination of overflows.
Higher comfort due to correct distribution of water in the
system and optimized function of the control valve.
18
Cartridge
Function



The balancing occurs by means of a flow rate cartridge that
keeps the differential pressure constant across an orifice.
In the wanted control range the pump supplies sufficient
differential pressure to affect the spring and diaphragm of the
cartridge.
Ensures optimum flow in each control zone to maintain the
rated heat/cool transfer. This flow is maintained regardless of
pressure fluctuations in the system.
Automatic Balancing Valves & On/Off
Control Valves
DN15 – DN25
Part List
1
Valve
DN15 – DN25
2
Actuator
24V, 230V
3
Cartridge
CA 1/ CA 2/ CA 3
Dimensions
L
DN15
DN20
DN25
102
110
119
19
Differential Pressure Control Valve (DPCV)
DN15 – DN50
Figure No.: TFVD1160
TYNE FLOW DPCV does not rely on external power to maintain the constant pressure of the control system
balancing valves.
Features
Dual valve structure TYNE DPCV is used for heating water systems (air conditioning) and has the following
features:
 Maintains a constant system pressure.
 Self-regulating rule out the differential pressure fluctuations in the external network controlled system.
 Use of advanced technology diaphragm, the theoretical error is zero, and can withstand 0.8MPa pressure
differential.
 Use of advanced stepless voltage regulation structure, adjustable control differential pressure ratio up to 25:1.
 When the controlled system internal self-adjustment, the valve that has the function of self-operated flow
control valve, set the method of flow.
a. Adjust the size of the differential pressure control;
b. Regulating the size of the controlled system resistance;
 Differential pressure control accuracy of ± 5.
 Diaphragm separates and balances the upper and lower chambers and reacts quickly to fluctuation in
pressure.
 Can help to minimize the risk of noise.
 TYNE DPCV ensures that the system balanced independent from any changes in other areas of the circuit,
which greatly simplifies the balancing and commissioning procedure.
 Tubing/Impulse tube is supplied as standard. It is essential to the valve’s performance as it taps pressure from
the other side of the circuit and links it to be valve’s chambers.
20
Differential Pressure Control Valve (DPCV)
DN15 – DN50
Technical Parameters



Nominal Pressure: PN16, PN25 (Optional)
Operating temperature range 0 - 150°C
Working pressure range 0.04 to 0.4 MPa
Dimensions and Data table
DN
DN15
DN20
DN25
DN32
DN40
DN50
L
80
90
100
105
120
140
Item
Name
Material
1
Body
Brass
2
Stem
Brass
3
Guide Tube
Brass
4
O-ring
EPDM
5
Seal casing
Brass
6
Diaphragm Plate
Stainless Steel
7
Diaphragm
EPDM
8
Diaphragm Plate
Stainless Steel
9
Nut
Stainless Steel
10
Cover
Brass
11
Capillary Tube Seat
Brass
12
Pin Stem
Brass
13
O-ring
EPDM
14
Spring
Stainless Steel
15
Bolts
Stainless Steel
Kvs(m/h)
0.04-3.2
0.07-5.4
0.1-8.6
0.3-13.5
0.5-25.5
0.7-39.6
21
Differential Pressure Control Valve (DPCV)
DN15 – DN50
Installation
Flow Characteristic Chart
22
Differential Pressure Control Valve (DPCV)
DN65 – DN450
Figure No.: TFVD5161-S
TYNE FLOW DPCV does not rely on external power to maintain the constant pressure of the control system
balancing valves.
Features
Dual valve structure TYNE DPCV is used for heating water systems (air conditioning) and has the following
features:
 Maintains a constant system pressure.
 Self-regulating rule out the differential pressure fluctuations in the external network controlled system.
 Use of advanced technology diaphragm, the theoretical error is zero, and can withstand 0.8MPa pressure
differential.
 Use of advanced stepless voltage regulation structure, adjustable control differential pressure ratio up to 25:1.
 When the controlled system internal self-adjustment, the valve that has the function of self-operated flow
control valve, set the method of flow.
a. Adjust the size of the differential pressure control;
b. Regulating the size of the controlled system resistance;
 Differential pressure control accuracy of ± 5.
 Diaphragm separates and balances the upper and lower chambers and reacts quickly to fluctuation in
pressure.
 Can help to minimize the risk of noise.
 TYNE DPCV ensures that the system balanced independent from any changes in other areas of the circuit,
which greatly simplifies the balancing and commissioning procedure.
 Tubing/Impulse tube is supplied as standard. It is essential to the valve’s performance as it taps pressure from
the other side of the circuit and links it to be valve’s chambers.
23
Differential Pressure Control Valve (DPCV)
DN65 – DN450
Technical Parameters




Nominal Pressure: PN16, PN25 (Optional)
Operating temperature range 0 - 150°C
Working pressure range 0.04 to 0.4 MPa
Flange dimensions are as per BSEN10922-2
* Class 125/150 Flanges are available as per request.
Dimensions and Data table
No.
Parts Name
Qty
Material
1
Body
1
Ductile Iron
2
Silica Gel Cap
1
Silica Gel
3
1
PTFE
1
Brass
1
Brass
6
Gasket
Adjustable
Stem
Adjustable
Valve
Valve Plug
1
Brass
7
Nut
2
Stainless Steel
8
Cover
1
Ductile Iron
9
1
Ductile Iron
1
Ductile Iron
11
Washer
Diaphragm
Plate
Diaphragm
1
EPDM
12
Bolts
6
Stainless Steel
13
Spring Planet
1
Ductile Iron
14
Spring Washer
1
EPDM
15
Bolts
6
Stainless Steel
16
Spring
1
Stainless Steel
17
Gasket
1
PTFE
18
Bolts
1
Stainless Steel
19
Spring Case
1
Ductile Iron
20
Capillary Tube
1
Brass
21
Tube Joint
1
Brass
22
Tube Joint
1
Brass
4
5
10
DN
L
H
H1
Kvs(m/h)
65
80
100
125
150
200
250
300
350
400
450
290
310
350
400
480
495
622
698
787
914
978
310
326
390
466
564
700
720
775
960
1050
1200
188
183
230
290
367
460
431
459
595
650
735
1.2-58
1.8-80
3.0-125
5.0-215
8.0-285
10-608
20-910
25-1395
30-1745
35-2800
40-4500
24
Differential Pressure Control Valve (DPCV)
DN65 – DN450
Installation
Flow Characteristic Chart
25
Differential Pressure Control Valve
(Type 2)
Figure No. TFVD5161 – PN16
Application
It can be installed in a supply line or return line according to
its purpose of use:
- The valve closes when the differential pressure rises.
It’s Self-Acting control type.
- The diaphragm is separated from the body and thus is
not affected by temperature. Since it is a perfect
balance type, the set differential pressure does not
change due to pressure fluctuations.
- Has a solid structure, and thus offers an outstanding
level of durability.
- A diaphragm method enables to be installed
horizontally or vertically.
- The opening percentage of the valve can be easily
checked, thanks to the attached indicator.
- Leakage from packings can be visually checked,
enabling easy identification of the appropriate time of
repair.
Part List Drawing
26
Differential Pressure Control Valve
(Type 2)
Valve Specifications
Applicable Pressure
Applicable fluid
Fluid temperature
Structure
Max 2.0 Mpa
Cold/Hot water
Max 170°C
Diaphragm
0.01 ~ 0.15, 0.02 ~0.21,
0.15 ~ 0.29 Mpa
0.5 ~ 100% of the constant
flow rate
ANSI 300Lb
A216 WCB
B584
EPDM
3.0Mpa
Differential pressure control range
Flow control range
End connection
Body
Disc, Seat
Diaphragm
Materials
Hydraulic test pressure
Size
L
H1
H2
Weight
(kg)
Cv
65 (2 ½")
292
115
720
54
64
80 (3")
100 (4")
318
120
750
65
84
368
130
735
83
150
125 (5")
400
150
775
152
200
150 (6")
473
180
800
203
288
H1
H2
Dimensions
27
Differential Pressure Control Valve
(Type 2)
Installation
Installation in the return pipe
28
Installation in the supply pipe
Differential Pressure Control Valve (Type 3)
Figure No.: TFVD4161G - PN16
Description
TYNE Differential Pressure Valve is a hydraulically
operated, pilot-controlled, modulating valve. It is designed
to maintain a constant pressure differential between supply
and return water pipeline in HVAC system. The pilot will
be set as per the system requirement; the flow will be
varied according to the system pressure but keep the
constant pressure difference at the set point. The valve
tends to open on an increase in differential pressure and
close on a decrease in differential pressure.
Features










Top and seat ring guided stem and diaphragm assembly for long life and reliable.
All iron components are fusion epoxy bonded for corrosion resistance.
Easy maintenance without removal from the main line.
Nylon reinforced diaphragm for long term service.
Drip tight shut off.
Globe design for superior control characteristics.
Ductile iron bodies for higher strength and durability.
Corrosion resistant stainless steel seat and disc retainer ring.
Various pilots and accessories available for configuration into many different applications.
Meet standards BS EN 1074-5, ISO 5208, BS EN 12266-1, BS EN 558-1, BS EN 1092-2.
General Application
Used in HVAC system to make a constant pressure difference between water supply and return pipeline, by
variating the flow upon pressure of each system.
Technical Data





Size range: DN65-DN400 mm
Pressure Ratings: 1.6 MPa
Working Temperature: -10°C - 80°C
Suitable Media: Water
End connection: PN16
PN25 (Optional)
Setting Range
1. 0.5~10 Bar
2. 2.0~16 Bar
3. 3.0~25 Bar
29
Differential Pressure Control Valve (Type 3)
Part List and Dimensions
30
DN
L
65
80
100
150
200
250
300
350
400
290
310
350
480
600
730
850
850
1100
ØD
PN16
185
200
220
285
340
405
460
520
580
ØK
PN16
145
160
180
240
295
355
410
470
525
H
159
179
214
333
407
476
526
526
624
N-Ød
PN16
4-Ø19
8-Ø19
8-Ø19
8-Ø23
12-Ø23
12-Ø28
12-Ø28
16-Ø28
16-Ø31
Weight
kg
19
23
32
68
125
200
260
310
560
No.
1
2
3
4
5
6
7
8
9
10
Description
Body
Body Seat
O-ring
O-ring
Hex Bolt
Washer
Bonnet
Bushing
Spring
Nut
Material
Ductile Iron
Stainless Steel
Rubber
Rubber
Stainless Steel
Stainless Steel
Ductile Iron
Brass
Stainless Steel
Stainless Steel
Standard
EN GJS 500-7
AISI 304
NBR
NBR
A2
A2
EN GJS 500-7
CZ 122
AISI 304
A2
11
Diaphragm
Nylon Reinforced Rubber
NBR / EPDM + Nylon
12
13
14
15
16
17
18
19
Diaphragm Upper Plate
Pin
Disc Holder
Seal
Seat Retainer
Stem
Plug
Plug
Ductile Iron
Stainless Steel
Ductile Iron
Rubber
Stainless Steel
Stainless Steel
Stainless Steel
Stainless Steel
EN GJS 500-7
AISI 304
EN GJS 500-7
NBR / EPDM
AISI 304
AISI 304
AISI 304
AISI 304
Differential Pressure Control Valve (Type 3)
Pressure Differential Pilot
Pilot Valve Part List and Material
No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
Description
Adjusting Screw
Adjusting Set
Jam Nut
Spring Guide
Bonnet
Spring
Nut
Washer
Fixing Holder
Screw
Diaphragm
Washer
O-ring
Chamber
O-ring
O-ring
Stem
Disc
Body
Material
Stainless Steel
Stainless Steel
Stainless Steel
Stainless Steel
Stainless Steel
Steel
Stainless Steel
Stainless Steel
Stainless Steel
Stainless Steel
Rubber + Reinforced Nylon
Stainless Steel
Rubber
Stainless Steel
Rubber
Rubber
Stainless Steel
Stainless Steel + Rubber
Stainless Steel
Standard
ASIS 304
AISI 304
AISI 304
AISI 304
AISI 304
Cr-VA
A2
A2
AISI 304
A2
NBR + Nylon
AISI 304
NBR
AISI 304
NBR
NBR
AISI 304
AISI 304 + NBR
AISI 304
31
Differential Pressure Control Valve (Type 3)
DPCV Assembly
1. Main Valve
2. Needle Valve
3. P800
4. Ball Valve
5. Inlet Pressure Gauge (Optional)
6. Outlet Pressure Gauge (Optional)
7. Strainer
Head Loss Bar (Fully Open)
Head Loss Curve
Flow (m3/h)
1 GPM = 0.22727 m3/h = 0.06313 l/s
32
Differential Pressure Control Valve (Type 3)
Inlet Pressure (Bar)
Cavitation
Outlet Pressure (Bar)
33
Differential Pressure Control Valve (Type 3)
Mounting Instructions
A.
B.
C.
D.
E.
F.
34
Inlet Isolation Valve
Strainer
Differential Pressure Valve
Outlet Isolation Valve
Supply
Return
Pressure Independent Control Valve (PICV)
DN15 – DN25
Figure No:
TFVP2160 – PN16
Description





Size Range: DN15 – DN25
Body Material: Brass
Flow Range: 0.8 – 2.0m3/h
Operating pressure: 1.6MPa – 2.5MPa
Threaded End Connection standard: ISO7/1
Features







Flow flexibility / Regulation.
Higher in cut-off differential pressure while
lower in the possibility of leakage.
Electric balancing cavity adopts built-in
connecting pipe which eliminates the damages
during installation compared to external
connecting pipe type/model.
Forge brass valve body.
Easy debugging, doesn’t require specialized
Optional features
technical personnel.
 PN25 can be supplied as per customer requirement.
Compact size, easy to install.
 Test plugs.
Optional test plugs for convenient testing of
differential pressure.
Data Table
(Size) DN
(mm)
15
20
25
(inch)
½”
¾”
1”
Max. Rated Flow
(m3/h)
0.8
1.0
2.0
l/s
0.22
0.28
0.55
GPM
3.48
4.35
8.7
ΔPs Range
(KPa)
35-350
35-350
35-350
35
Pressure Independent Control Valve (PICV)
DN15 – DN25
Technical Data
Nominal Pressure Rating
Connection Standard
Leakage rate
Permissible medium
Permissible Operating Pressure
Operating Temperature
ΔPs Range (Kpa)
Valve Body
Valve Core
Valve Stem
Sealing Ring
Valve Membrane
Valve Stem Sealing
Pressure differential flow characteristic
36
PN16, PN25 (optional)
ISO7/1
0.02% of Kvs
Chilled Water, freeze water,
unfreezable water, refrigerant (R12, R22, R134a, R202)
glycol (under 50%)
1.6 Mpa, 2.5 Mpa
-10° C to 120° C
35-350
Forge Brass
Stainless Steel
Stainless Steel
Teflon
EPDM
O-ring sealing
Actuator Data Table
Effective
Torque (N)
Operating
Voltage
Effective
(mm)
130-80
110/230 VAC
≥3mm
Pressure Independent Control Valve (PICV)
DN15 – DN25
Dimensions
15
A
mm
87
B
mm
49
C
mm
60°
H1
mm
29
H2
mm
48.5
20
87
49
60°
29
48.5
700
25
97
52
60°
34.5
48.5
850
DN
Weight
750
Actuator Dimension
37
Pressure Independent Control Valve (PICV)
DN15 – DN25
Opening/Closing times
Flow Characteristics
DN25 PICV
38
Pressure Independent Control Valve (PICV)
DN15 – DN25
Installation / Operation & Maintenance
Mounting Operation:
Chilled / hot water valve body
Forbidden downwards
Pay attention to the flow direction of medium
39
Pressure Independent Control Valve (PICV)
DN15 – DN25
Flow Settings
1. To regulate the flow
rate, adjust maximum
opening of valves by
a 10mm spanner.
The table below
shows the different
setting for maximum
opening.
Scale – flow (m3/h) Table
Caliber
2
3
4
5
6
7
8
9
10
DN15
0.30
0.36
0.42
0.48
0.55
0.61
0.67
0.73
0.80
DN20
0.40
0.48
0.55
0.63
0.70
0.78
0.85
0.93
1.00
DN25
0.60
0.78
0.95
1.13
1.30
1.48
1.65
1.83
2.00
2. Installation
40
Pressure Independent Control Valve (PICV)
DN15 – DN25
Maintenance
Follow the order to maintain the actuator:
1. First turn off the water pump and cut off the power supply
2. Close the shut-off valves and empty the water pipes, fully reduce the pressure in the piping system and
allow pipes to completely cool down.
3. If necessary, disconnect the electrical wires
Remark: Install the actuator correctly before adjusting the valves.
Notice: When pipe pressure test and flushing is done, the valve body should be in fully open state.
This operation can not only protect the internal parts of valve body, but also prevent pipe dirt
deposition and valve clogging.
Wiring Diagram
41
Pressure Independent Control Valve (PICV)
DN32 – DN50
Figure No: TFVP2160A – PN16
Description




Size Range: DN32 – DN50
Valve Body Material: Forge Brass
Flow Rate Range: 3.5 – 8m3/h
Threaded end connections
Features



TYNE PICV is compact and convenient to install.
High close off pressure, low leakage rate.
TYNE PICV shall be supplied complete with a
factory assembled actuator capable of closing at a
differential no less than the pump head.
Electric balancing cavity adopts built-in
connecting pipe which eliminates the damages
during installation compared to external connecting
pipe type/model.
Valve body is made of forge brass material.
The standard features are all with manual function
and power switch.
Control valve employs straight travel proportional
actuator. Equal linear flow characteristic can be
achieved ideally.
Maximum flow can be regulated by aperture
potentiometer on PBC or by external regulator.





Optional Features


PN25 can be supplied as per customer request.
Test plugs.
Notes
Higher flow rates can be provided as per customer requirement.
42
Pressure Independent Control Valve (PICV)
DN32 – DN50
Technical Table
Valve Body
Size (DN)
Max. Rated Flow
(mm)
(inch)
(m3/h)
l/s
GPM
Actuator
Recommended
(N)
32
40
50
1 ¼”
1 ½”
2”
3.5
6
8
0.96
1.64
2.19
15.2
26.1
34.8
500N
500N
1000N
ΔPs
Range
(KPa)
35-350
35-350
35-350
Actuator
DN
(mm)
32
40
50
Rating
Force
500N
500N
1000N
Operating
Voltage
24VAC
24VAC
24VAC
Control Signal
Manual
Running Speed
0 (2)˜10V, 0(4)˜20mA
0 (2)˜10V, 0(4)˜20mA
0 (2)˜10V, 0(4)˜20mA
Yes
Yes
Yes
3.85s/mm (50Hz)
3.85s/mm (50Hz)
3.85s/mm (50Hz)
Weighty
(KG)
1.7
1.7
1.7
Note: DN= Nominal diameter
PN 25 selectable (optional)
Valve Body: Forge Brass, Valve Seat; Stainless Steel; Valve Stem; Stainless Steel

3 point control / on-off control can be provided as per request.
Differential Pressure flow curve
43
Pressure Independent Control Valve (PICV)
DN32 – DN50
Aperture flow curve
Relationship of Aperture and flow:
q=R (L-1)
“q” represents percentage of flow, namely ratio of current flow and maximum flow.
“L” represents percentage of aperture, namely ratio of current aperture and whole stroke
“R” represents adjustable ratio, namely ratio of max. flow to min. flow with control range
(standard adjustable ration is 20)
Note:
1. Above formula is the relationship of valve aperture and flow with constant differential pressure
2. Controlling valve aperture by regulator , Max. flow after setting can be calculated through this
relation.
44
Pressure Independent Control Valve (PICV)
DN32 – DN50
DN32 PICV for AHU
DN40 PICV for AHU
45
Pressure Independent Control Valve (PICV)
DN32 – DN50
DN50 Thread PICV for AHU
46
Pressure Independent Control Valve (PICV)
DN32 – DN50
Dimensions
Caliber
inches
A
B
C
H1
H2
Body Weight
DN32
1 ¼”
146
90
60°
53
58
2.7
DN40
1 ½”
165
100
60°
50
62
3.4
DN50
2”
190
120
60°
65
74
5.3
47
Pressure Independent Control Valve (PICV)
DN32 – DN50
Technical Data:
Nominal Pressure rating
End connection is threaded standard
Leakage rage
Permissible medium
PN16, PN25 (optional)
ISO7/1
0.02% of Kvs
Chilled water, refrigerant (R12, R22, R134a, R202) glycol,
hydrazine, low/high temperature hot water
Operating Data:
Operating Pressure
Protection level
Power supply
Power consumption
Operating Temperature Range
Valve Body Material
Valve Trim
Valve Stem
Sealing Ring
Valve Membrane
Valve stem Sealing
Actuator roof cover
Actuator bracket
1.6 Mpa, 2.5Mpa
IP54
24VAC 50/60Hz
˂7.5VAC
-10°C to 120°C
Forge Brass
Stainless Steel
Stainless Steel
Teflon
EPDM
O-Ring sealing
PC
Die-casting aluminum
Proportional Actuator
Features



The force can be up to 700N
Permanent-magnet synchro motor
Input/output signal: 0(2)-10VDC, 0(4)-20mA optional Proportional
Dimension
48
Pressure Independent Control Valve (PICV)
DN32 – DN50
Actuator Technical Data
Power voltage
Self-consumption
Input signal
Output signal
Control mode
Regulating range
Conversion output error
Wiring
Sheeting material
24VAC ±15%, 50/60Hz
appr. 1VA
0(2)-10VDC, 0(4)-20mA (set by dip switch)
0(2)-10VDC, 0(4)-20mA (set by dip switch)
Proportional control (control proportional type)
30%-100%
≤1%
Terminal
ABS plastic
Temperature: -20 to +50°C
Humidity: ≤90% RH
Appr. 0.1kg
Operative environment
Net weight
Installation, Operation & Maintenance
Mounting Orientation
Chilled/hot water valve body
Forbidden downwards
49
Pressure Independent Control Valve (PICV)
DN32 – DN50
Maintenance
When doing service work on the valve / actuator:
1. Deactivate the pump and turn off the power supply
2. Close the shut-off valves
3. Fully reduce the pressure in the piping system and allow pipes to completely cool down
Remarks: If necessary, disconnect the electrical wires
Δ Notice: When the pipe pressure test and flushing is done, the valve body should be in fully open state. This
operation can not only protect the internal parts of valve body, but also prevent pipe dirt deposition and valve
clogging.
Actuator Mounting Instructions
1) Take off the slider, loosen the clip and prepare
to install
2) Make actuator principal and valve stem concentric
and the surface coincident, Put actuator on boss of
valve body, lock two screw on the clip
3) Put the slide into groove, lock it with two screw
4 ) Completed Mounting
50
Pressure Independent Control Valve (PICV)
DN32 – DN50
PCB Diagram
Wiring Diagram
TPL series control the valve by terminal O,E
Input signal O, E increase, actuator axis extends, valve stem retracts.
Input signal O, E decrease, actuator axis retracts, valve stem extends.
Input signal O, E remains, actuator axis and, valve stem remain current position.
Note: This status is reversed mode, if forward mode (input signal, increases, actuator axis retracts) is required,
just turn the fifth dip switch from ON to OFF.
51
Pressure Independent Control Valve (PICV)
DN32 – DN50
Nominal Setting of S2 switch
S2/S3
Switch
Function
1
Control feedback
signal initiation
OFF
Type of control
signal
Selection of
control signal
Type of feedback
signal
ON
OFF
ON
OFF
ON
OFF
2
3
4
Description
ON
ON
5
Operating Mode
OFF
ON
6
Losing control
signal mode
OFF
7
8
Self-stroking
mode
Sensitivity
ON
OFF
ON
OFF
52
20% feedback signal is 20% (namely DC 4-20mA or DC 2-10V)
0: the starting control / feedback signal is 0 (namely DC 0-20or DC 010V)
II: current signal
UI: voltage signal
UI: voltage signal
II: current signal
II: current signal
UI: voltage signal
DA: DA mode (when control signal is increasing, the actuator axes
extends)
RA: RA mode (when control signal is increasing, the actuator axes
retracts)
DW: When lose control signal (voltage type), the minimum control
signal
When lose control signal ( current type), the minimum control signal
UP: When lose control signal (voltage type), the minimum control
signal
When lose control signal ( current type), the minimum control signal
DF: Power up each time, self-stroking starts automatically (factory
setting)
RF: Self-stroking starts only when press the red self-stroking button
manually
HS: the high sensitivity of control signal ≤1% (100%-40%); ≤1.5%
(40%-30%)
LS: the low sensitivity of control signal ≤1.5% (100%-30%)
Pressure Independent Control Valve (PICV)
DN32 – DN50
Control signal: 0-10VDC: output signal: 4-20mA; RA
mode; When lose input signal (voltage type), means
the minimum control signal, the actuator axes extends.
Control signal: 4-20mA; output signal: 4-20mA; RA
mode; When lose input signal (current type), means
the minimum control signal, the actuator axes
extends.
Control signal: 0-10VDC; Feedback signal: 0-10VDC;
DA mode: When lose control signal (voltage type),
means the minimum control signal, the actuator axes
retracts.
Control signal: 4-20mA; feedback signal: 4-20mA;
DA mode: When lose control signal (current type),
means the minimum control signal, the actuator axes
extracts.
53
Pressure Independent Control Valve (PICV)
DN32 – DN50
Aperture Potentiometer
Aperture potentiometer can adjust max. aperture of valve body between 100% and 30%, so as to adjust
relationship of flow and aperture. Factory default is 100%
Regulator
Maximum flow can be regulated by long-range regulator which is easy to operate. The regulator can
adjust the minimum flow coefficient to vary from 30%Kvs to 100%Kvs. Thus can save the unnecessary
power wastage when the valve is working.
Panel
54
Pressure Independent Control Valve (PICV)
DN32 – DN50
Wiring
55
Pressure Independent Control Valve (PICV)
DN65 – DN150
Figure No: TFVP4161 – PN16
Description

Standard of flanged connection in accordance
with ISO7005
Valve Body Material: Ductile Iron
Flow Rate Range: 21-145m3/h
DN: DN65 – DN150
Valve Stroke: Max. 20/40mm




Note:
DN= Nominal diameter
PN 25 selectable (optional)
Valve Body: Ductile Cast Iron;
Valve Seat: Stainless Steel; Valve Stem;
Stainless Steel Valve stem retracts close
End Connection: Flanged ends as per EN10922-2
Class 125/250 can be supplies
as per customer requirement.
Features
 TYNE PICV consists of two functional control elements:
 First control element is an electrically actuated control valve, capable of responding to a control signal from
a controller and the second element is based on the first control element to sense and regulate a preset
flowing differential pressure across the control valve.
 TYNE PICVs can be supplied complete with a factory assembled actuators capable of closing at a
differential no less than the pump head.
 Pre-calibrated to a maximum flow rate as given by a customer.
 Electric balancing cavity adopts built-in connecting pipe which has a compact structure thereby eliminating
damage during installation compared with external connecting pipe type/model.
 Higher in cut-off differential pressure while lower in the possibility of leakage.
 Valve body is made of ductile iron material, with anticorrosion treatment on the surface, delicate in
appearance.
 The standard features are all with manual function and power switch.
 Control valve employs straight travel proportional actuator. Equal percentage flow characteristic can be
achieved ideally.
 Maximum flow can be regulated by aperture potentiometer on PCB or by external regulator.
Optional features


PN25 can be supplied as per customer requirement.
Test plugs.
Notes: High flow rate can be provided as per customer requirement.
56
Pressure Independent Control Valve (PICV)
DN65 – DN150
Technical Table
Valve Body
Size (DN)
Max. Rated Flow
(mm)
(inch)
(m3/h)
l/s
GPM
65
80
100
125
150
2½
3
4
5
6
21
28
50
90
145
5.8
7.8
13.9
25.0
40.3
92
123
219
396
638
Stroke
(mm)
20
40
40
40
40
Actuator
Recommende
d
(N)
1000N
3000N
3000N
3000N
3000N
ΔPs Range
(KPa)
35-350
35-350
35-350
35-350
35-350
Actuator
(mm)
Rating
Force
Actual
Force
Operating
Voltage
65
1000N
1000-1200
24VAC
80
3000N
3000-3500
24VAC
100
3000N
3000-3500
24VAC
125
3000N
3000-3500
24VAC
150
3000N
3000-3500
24VAC
DN
Control Signal
Manual
0 (2)-10V,
0 (4)-20mA
0 (2)-10V,
0 (4)-20mA
0 (2)-10V,
0 (4)-20mA
0 (2)-10V,
0 (4)-20mA
0 (2)-10V,
0 (4)-20mA
YES
YES
YES
YES
YES
Running
Speed
3/85s/mm
(50Hz)
3.2s/mm
(50Hz)
3.2s/mm
(50Hz)
3.2s/mm
(50Hz)
3.2s/mm
(50Hz)
Weight
(KG)
1.7
5.2
5.2
5.2
5.2
Note: DN= Nominal diameter
PN 25 selectable (optional)
Valve Body: Forge Brass, Valve Seat; Stainless Steel; Valve Stem; Stainless Steel

3 point control / on-off control can be provided as per request .
57
Pressure Independent Control Valve (PICV)
DN65 – DN150
Differential Pressure flow curve
Aperture Flow curve
Relationship of Aperture and flow
q=R (L-1)
“q” represents percentage of flow, namely ratio of current flow and maximum flow.
“L” represents percentage of aperture, namely ratio of current aperture and whole stroke
“R” represents adjustable ratio, namely ratio of max. flow to min. flow with control range
(our adjustable ration is 20)
Note:
1. Above formula is the relationship of valve aperture and flow with constant differential pressure
2. Controlling valve aperture by regulator, Max. flow after setting can be calculated through this relation.
58
Pressure Independent Control Valve (PICV)
DN65 – DN150
Flow Characteristic
DN65 Flanged PICV for AH
DN80 Flanged PICV for AHU
59
Pressure Independent Control Valve (PICV)
DN65 – DN150
DN100 Flanged PICV for AHU
DN125 Flanged PICV for AHU
60
Pressure Independent Control Valve (PICV)
DN65 – DN150
DN150 Flanged PICV for AHU
INSTALLATION, OPERATION AND MAINTENANCE
Mounting Orientation
Chilled/hot water valve body
Forbidden downwards
61
Pressure Independent Control Valve (PICV)
DN65 – DN150
Maintenance
When doing service work on the valve / actuator:
1. Deactivate the pump and turn off the power supply
2. Close the shut-off valves
3. Fully reduce the pressure in the piping system and allow pipes to completely cool down
Remarks: If necessary, disconnect the electrical wires
Δ Notice: When the pipe pressure test and flushing is done, the valve body should be in fully open state. This
operation can not only protect the internal parts of valve body, but also prevent pipe dirt deposition and valve
clogging.
Dimensions
62
DN
B
D
D2
D4
K
L1
L2
L3
H1
65
80
100
125
150
20
20
22
22
24
185
200
220
250
285
4-18
8-18
8-18
8-18
8-22
118
132
156
184
211
145
160
180
210
240
290
310
350
400
480
145
155
181
200
240
155
167
181
197
222
115
148
150
158
198
H2+1000 H2+3000
500
/
/
/
/
/
698
710
745
810
Weight
(KG)
28
36
54
68
89
Pressure Independent Control Valve (PICV)
DN65 – DN150
PCB diagram 1: Proportional Type (24VAC)
PCB diagram 2: Proportional Type (24VAC)
TPL series control the valve by terminal O,E
Input signal O, E increase, actuator axis extends, valve stem retracts.
Input signal O, E decrease, actuator axis retracts, valve stem extends.
Input signal O, E remains, actuator axis and, valve stem remain current position.
Note: This situation is in the DA mode, if you need RA mode (when control signal is increasing,
The actuator axis extends). just change the fifth button of S2 from OFF to ON
63
Pressure Independent Control Valve (PICV)
DN65 – DN150
Nominal Setting of S2 Switch
Flow Characteristic: control signal: 0-10VDC: output signal: 0-10VDC; RA mode; When lose input signal
(voltage type), means the minimum control signal, the actuator axes extends.
Flow Characteristic: control signal: 4-20mA; output signal: 4-20mA; RA mode; When lose input signal
(current type), means the minimum control signal, the actuator axes extends.
Control signal: 0-10VDC; Feedback signal: 0-10VDC; DA mode: When lose control signal (voltage type)
means the minimum control signal, the actuator axes retracts.
Control signal: 4-20mA; Feedback signal: 4-20mA; DA mode: When lose control signal (current type) means
the minimum control signal, the actuator axes extracts.
64
Pressure Independent Control Valve (PICV)
DN65 – DN150
Control Signal/Feedback Signal: 0(2)-100VDC, 0(4)-20mA
S2/S3
Switch
1
2
3
4
Function
Control feedback
signal initiation
Type of control
signal
Selection of
control signal
Type of feedback
signal
Description
ON
20% the starting control / feedback signal is 20% (namely DC
4-20mA or DC 2-10V)
OFF
0: the starting control / feedback signal is 0 (namely DC 0-20or
DC 0-10V)
ON
II: current signal
OFF
UI: voltage signal
ON
UI: voltage signal
OFF
II: current signal
ON
II: current signal
OFF
UI: voltage signal
ON
5
Operating Mode
OFF
ON
6
Losing control
signal mode
OFF
7
8
Self-stroking
mode
ON
DA: DA mode (when control signal is increasing, the actuator
axes extends)
RA: RA mode (when control signal is increasing, the actuator
axes retracts)
DW: When lose control signal (voltage type), the minimum
control signal
When lose control signal ( current type), the minimum control
signal
UP: When lose control signal (voltage type), the minimum
control signal
When lose control signal ( current type), the minimum control
signal
DF: Power up each time, self-stroking starts automatically
(factory setting)
OFF
RF: Self-stroking starts only when press the red self-stroking
button manually
ON
HS: the high sensitivity of control signal ≤1% (100%-40%);
≤1.5% (40%-30%)
OFF
LS: the low sensitivity of control signal ≤1.5% (100%-30%)
Sensitivity
65
Pressure Independent Control Valve (PICV)
DN65 – DN150
Technical Data:
Standard of flanged connection
Leakage rage
Permissible medium
ISO 7005
0.02% of Kvs, metal to metal sealing
Chilled/hot water, refrigerant (R12, R22, R134a, R202) glycol,
hydrazine, phosphate
Operating Data
Maximum Operating Pressure
Stroke
Protection class
Power supply
Power consumption
Operating Temperature
Valve Body Material
Valve Surface
Valve Trim
Stem
Sealing Ring
Sealing structure
Valve Membrane
Valve stem Sealing
Actuator Housing
1.6 Mpa, 2.5Mpa
20mm (DN50-DN65), 40mm (DN80-DN150)
IP54
24VAC ± 15% 50/60Hz
1000N ˂7.5VA; 3000N˂15VA
-10°C to 120°C
Ductile iron
Black anti-rust painting
Stainless Steel
Stainless Steel
Teflon
V model sealing gland + stainless steel spring auto-compression
EPDM
Double O-Ring sealed, EPDM
1000N: PC 3000N: Aluminum die casting
Technical Data
Power voltage
Self-consumption
Input signal
Output signal
Control model
Regulating range
Conversion output error
Wiring
Sheeting material
Working environment
Net weight
66
24VAC ±15%, 50/60Hz
appr. 1VA
0(2)-10VDC, 0(4)-20mA (set by dip switch)
0(2)-10VDC, 0(4)-20mA (set by dip switch)
Proportional control (control proportional type valve)
30%-100%
≤1%
Terminal
ABS plastic
Temperature: -20 to +50°C
Humidity: ≤90% RH
Appr. 0.1kg
Pressure Independent Control Valve (PICV)
DN65 – DN150
Regulator
Maximum flow can be regulated by long-range regulator which is easy to operate. The regulator
can adjust the minimum flow coefficient to change freely from 30%Kvs to 100%Kvs. Thus can
save the unnecessary power wastage when the valve is working.
Panel
Wiring
67
High Flow Pressure Independent Control Valve
(PICV) DN150 – DN250
Figure No: TFVP5161 – PN16
Description





Note:
Standard of flanged connection in accordance
with ISO7005
Valve Body Material: WCB
Flow Rate Range: 40-171 l/s
DN: DN150 – DN250
Valve Stroke: 65-100mm
DN= Nominal diameter
PN 25 selectable (optional)
Valve Body: Ductile Cast Iron;
Valve Seat: Stainless Steel; Valve Stem;
Stainless Steel Valve stem retracts close
End Connection: Flanged ends as per EN10922-2
Class 125/250 can be supplied
Features
 TYNE PICV is composed of the control valve, actuator and a spring used for pressure setting.
 It is suitable for controlling differential pressure in the pipes of non-corrosive liquids, gases and steams,
when the differential pressure rises, the control valve is opened.
 The main features are as follows:
 It has the pressure balancing function with high sensitivity.
 Low noise, reliable performance, free of maintenance.
 The standard modular design is adopted.
 Various combined controls can be carried out through the assemblies.
 Control valve employs straight travel proportional actuator. Linear flow characteristics can be achieved
ideally.
68
High Flow Pressure Independent Control Valve
(PICV) DN150 – DN250
Dimension Table and Parts
No
Part Name
Material
1
Body
WCB
2
Seat
316SS
3
Valve Disc
316SS+PTFE
4
Locating Piece
316SS
6
Body / Bonnet
Gasket
Bonnet
7
Bolt
B7
8
Nut
2H
9
Stem
316SS
5
DN
PN
150
200
250
1.6
316+Graphite
WCB
L
D
D1
D2
b
n-d
H1
H2
480
300
250
218
30
8-Ø26
1050
720
600
360
310
278
34
12-Ø26
1080
800
730
425
370
332
36
12-Ø30
1250
900
Performance Specification
Nominal Pressure
Strength Test
Test Pressure
Seat Testing Pressure
Leakage Testing Pressure
Working Temperature
Applicable media
1.6
2.4
1.76
0.35
<120
MPa
°C
water, gas, oil
69
High Flow Pressure Independent Control Valve
(PICV) DN150 – DN250
Technical Table
Valve Body
Size (DN)
(mm)
150
200
250
(inch)
6
8
10
Max. Rated Flow
(m3/h)
288
432
616
l/s
80
120
171
GPM
1268
1902
2711
Stroke
(mm)
Actuator
Recommended
(N)
65
65
100
6400
10000
16000
ΔPs Range
(KPa)
35-400
35-400
35-400
INSTALLATION, OPERATION AND MAINTENANCE
Mounting Orientation
Chilled/hot water valve body
Forbidden downwards
Maintenance
When doing service work on the valve / actuator:
1. Deactivate the pump and turn off the power supply
2. Close the shut-off valves
3. Fully reduce the pressure in the piping system and allow pipes to completely cool down
Remarks: If necessary, disconnect the electrical wires
Δ Notice: When the pipe pressure test and flushing is done, the valve body should be in fully open state.
This operation can not only protect the internal parts of valve body, but also prevent pipe dirt deposition
and valve clogging.
70
High Flow Pressure Independent Control Valve
(PICV) DN150 – DN250
Technical Data
Standard of flanged connection
Leakage class
Permissible medium
Flow Characteristic
Valve Cv Range
ISO 7005
ANSI B16.104-IV
Chilled/hot water, refrigerant (R12, R22, R134a, R202) glycol,
hydrazine, phosphate
Linear
600-1350
Operating Data
Maximum Operating Pressure
Protection class
Power supply
Power consumption
Operating Temperature
Shut off
Valve Body Material
Valve Surface
Valve Trim
Stem
Seat
Plug
Sealing Ring
Sealing structure
Valve Membrane
Valve stem Sealing
Packing
1.6 Mpa
IP67
24VAC ± 15% 50/60Hz
220 VAC
-10°C to 120°C
1.6 MPa
WCB
Black anti-rust painting
Stainless Steel
Stainless Steel
Stainless Steel + RTFE
Stainless Steel
Teflon
V model sealing gland + stainless steel spring auto-compression
EPDM
Double O-Ring sealed, EPDM
PTFE
Technical Data
Power voltage
Self-consumption
Input signal
Output signal
Control model
Regulating range
Conversion output error
Wiring
Protection level
Working environment
24VAC ±15%, 50/60Hz
appr. 1VA
0(2)-10VDC, 0(4)-20mA (set by dip switch)
0(2)-10VDC, 0(4)-20mA (set by dip switch)
Proportional control (control proportional type valve)
30%-100%
≤1%
Terminal
IP67
Temperature: -25 to +70°C
Relative Humidity: ≤95%
71
High Flow Pressure Independent Control Valve
(PICV) DN150 – DN250
Electrical Working Principle and Wiring Diagram
Working Principle Diagram for Electrical Actuator
External Wiring Diagram
Note: External wiring requirements for electrical actuators are as follows:
Power line: 1.0m3 recommended
Analogue Signal Line: 0.5m3 screening required
Other Control Line: 0.5mm3 screening required
72
High Flow Pressure Independent Control Valve
(PICV) DN150 – DN250
Debugging and Parameter Setting
1. Preparation for commissioning
After installation and check, make sure:
 Actuator and valve are correctly installed and coupled.
 All fixing screw, connecting parts and sections of electrical connection are tightened.
 The earthing and equipotential connection is correctly implemented.
 Electrical connection is correct.
 Power voltage should also be kept within the allowed range specified in the name plate.
 All measures are taken to prevent hand contact with moving parts or those in motion.
 Electrical actuator and valve are not damaged.
 Ambient temperature is within the range allowed for operation of electrical actuator.
( Heat transmitted from control target should be taken into account )
2. Setting Basic Parameters:
The electrical actuator uses non-intrusive contact-sensor control panel with the operation interface
supported by liquid crystal display. The setting of basic parameters for users is simple, as each setting procedure
is well guided and clearly demonstrated.
The function of the touching key
R/L
Short touching for the shifting of the remote controlling mode and the site
mode: the menu page turning when setting the mode.
In-situ mode: the actuator operates in the switching on direction.
Setting mode: used for parameter alteration.
Local mode: The actuator operates in the turning-off direction
Setting mode: used for parameter alteration
ENTER
Short touching: used for the confirmation and storing after parameter
alteration.
Long touching: used for locking and unlocking the operator interfaces.
T indicator light
Overtorque indication
B indicator light
Shortage of power indication
Attention: Once the actuator gets adjusted and started, pressing the ENTER button for about 5 seconds for fear
on unnecessary random operation.
73
High Flow Pressure Independent Control Valve
(PICV) DN150 – DN250
Setting steps for basic parameter

Actuator charging ( since remote control is the default controlling mode, please turn off the remote
controlling signal before charging for fear of operation).
The information display is as follows:
Pos 50%
Remote off

Enter the mode of parameter setting
To enter the setting mode, press the button R/L for about 5s. “Setup Wizard “ shows the following
information:
Parameter
Set

To enter the next setting option, press the button R/L quickly and release the touching button; to exit the
parameter setting mode and return to the working condition, long press button R/L for about 5 seconds.
To effect the altered parameters, press button ENTER for 0.5s and release. Otherwise, the actuator will
operate on the original parameters. The following is the same:
Entering the language setting mode
The information in display is as follows:
Language Set
English
Enter

Pressing button ▼or ▲in the operation interface for about 0.5s and releasing the language
automatically.
To select the language, press button ENTER. The “Setup Wizard” will automatically preserve it with
the menu returning to the root directory of “Parameter setting”. Same is the following.
Dead b and Setting
The information showed by the “Setup Wizard” is as follows:
Sensitivity 0.3%
Enter

To adjust the size of dead zone, press button ▼ or ▲for about 0.5s and release. The function of the rest
touching key is the same with the above. ( default setting 0.3%)
Broken-signal treatment Mode Setting:
The information in display is as follows:
Signal-off Pro
Stop Enter
To adjust the broken-signal mode (“Full Opening”, “Saving the position”, “ Full Closing”) press button
▼ or ▲ for about 0.5s and release it for the shifting (the default broken-signal dealing: saving the
position).
The function of the rest touching key is the same as above.
74
High Flow Pressure Independent Control Valve
(PICV) DN150 – DN250

Turning-off setting
The information in display is as follows:
Direction Up
Enter
To adjust the close direction (backward or forward), press button ▼ or ▲ for about 0.5s and release for
the shifting (the defaulting setting : forward). The function of the rest touching key is the same as above

Automatic calibration process
The information in display is as follows:
Distance Set
Auto Enter
Pressing ENTER for about 5s, actuator will automatically carry out automatic calibration process. To
cancel this process, touch button R/L for about 0.5s.
Processing
R/L to quit
Automatic calibration completes.
Information in display is as follows.
OK
R/L to quit

Pressing button R/L for about 0.5s, “Setup Wizard” will exit from automatic calibration process and
return to the state of “Distance Control”.
Manual range calibration
Information in display is as follows:
Distance set by hand
Enter
Pressing ENTER for about 0.5s, actuator starts.
Information in display is as follows:
000% set
Enter
Move actuator to a proper place by pressing button ▼ or ▲ and calibrate the zero point by pressing
ENTER for about 0.5s. At this time, “Setup Wizard” shows the information “OK”. Releasing touching
button, “ Setup Wizard” will jump to the full calibration part.
Information in display is as follows:
100% set
Enter
75
High Flow Pressure Independent Control Valve
(PICV) DN150 – DN250
Again move actuator to a proper place by pressing button ▼ or ▲and calibrate the zero point by
pressing ENTER for about 0.5s. And “Setup Wizard” will display the following information:
OK
R/L to quit

Pressing button R/L for about 0.5s, “Setup Wizard” will exit from automatic calibration process and
return to the state of “Distance Control”
Switch mode
Following information:
Switch mode
Enter
Pressing button ▼ or ▲ and releasing it so as to turn on or turn off the on-off controlling model.
Making the choice and long pressing ENTER for about 5s, the model is thus turned on. Long pressing
button R/L for about 5s, “Setup Wizard” exits parameters setting process with information as follows:
Pos
50%
Switch
With DC voltage signals produced by the connecting terminals of switching value 1 and 2, the process
of two opposite directions can be controlled. Long touching button R/L for about 5s, the model can be
turned off and returned to the long distance state.
The default setting resumes with information as follows:
Reset
Enter
Touching the ENTER for about 0.5s, "Setup Wizard” will adjust the setting of relevant parameters to
the default parameters as follows:
Dead band: 0.3%
Broken Signal Treatment: keep position
Close Direction: Positive
Binary: off
Notes:
1. The 9V battery attached to the actuator is used for data storage. It can also supply power for the
electric controlling circuits when there is a power cut and have to rely on manual labor. Please have
the battery charged in time when the actuator warns a shortage of voltage.
2. The operator interface is controlled by touching. In fear of accidental touches that may lead to an
execution failure of the original mode set by users, the touching key can be locked by pressing
ENTER for about 5 seconds in the remote controlling and live mode. The liquid crystal display
screen will demonstrate the locking sign at the right bottom corner, showing that three buttons –
“Shift” “Up” and “Down” have been locked and there will be no response in touching these buttons
at the moment. To cancel it, pressing ENTER for another 5s. AS the locking sign disappears, it is
unlocked.
76
High Flow Pressure Independent Control Valve
(PICV) DN150 – DN250
Performance Parameter Table for Motor-Driven Actuator
Type
Shaft Thrust
(N)
AS12
AS13
AS21
6400
10000
16000
Speed of
Shaft Output
(mm/s)
1 (0.6)
1 (0.6)
1 (0.8)
Maximum
Travel (mm)
Power Motor
(KW)
Current (A)
Weight (Kg)
60
60
100/60
0.035
0.045
0.075
0.40
0.5
0.80
17
17
26
Actuator Dimensions
Type
A
B
C
Hmin
H1
d1
d2
d3
d4
AS12
619
221
356
142
25
Ø80
Ø105
4-Ø12
M12x1.25
AS13
619
221
356
142
25
Ø95
Ø118
4-Ø12
M12x1.25
725
246
382
144
28
Ø95
Ø118
4-Ø12
M16x1.5
745
246
382
123
28
Ø100
Ø170
4-Ø18
M16x1.5
AS21
77
High Flow Pressure Independent Control Valve
(PICV) DN150 – DN250
Use and Maintenance
1. Please read the instructions carefully before using, wiring and operating according to the rules.
2. Please read the instructions carefully before using, wiring and operating according to the rules.
3. When the actuator is manually operated, suspending the operation and keep it at live state. Pulling the
hand wheel and the process is finished. After the operation, pushing in the hand wheel. Attention:
During this process, power supply should be guaranteed by battery or power connection.
4. The actuator should be cleaned and lubricated regularly.
Order, Support and Service
To facilitate assembling and use, please elaborate the specific requirements in order:
 Supply voltage
 The type of the controlling signal and parameter
 The running torque
 The range of the controlled objective
 The connection mode and dimensions
 Whether the split installation is needed according to the environment condition.
78
411-421 Coventry Rd., 1st Floor Small Heath
Birmingham, B10 0th GB, United Kingdom
Tel: +44 (0) 121259 0100
Fax: +44 (0) 121 270 9693
Website: www.tyneflow.co.uk

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