Radiator Trap Radiator Valve

(1)

18

Radiator Trap

Radiator Valve

(2)

Step 0

Type/Structure/Features

Please refer to this for structure and features of Radiator Trap, Radiator Valve, and Cold & Hot Water Valve.

Step 1

Selection

Please refer the ID chart to select the right products depending on the intended of uses. Confirm the additional details on the product page.

Step 2

Sizing

Check the size from discharge capacity chart

Step 3

Attention for usage

Please check some guidelines for optimal usage of the products such as installation.

Oventrop GmbH & Co. KG

For products with

mark in the contents, instead

of Yoshitake name plate or label, original indication

of Oventrop GmbH & Co. KG is attached. Please

understand.

(3)

alve

Radiator Trap/Radiator Valve

It is a trap mainly installed at condensate outlet side of radiator for steam heater.

Thermostatic type, such as bellows type or wax type, is used.

Because heat sensitive area sensing temperature is larger than wax type, and responsiveness of

temperature change is good, condensate retention is quite small and condensate is discharged quickly.

It is used with installed on heat release equipment using cold and hot water mainly. By regulating the

valve opening constant, it can be used as return valve.

It is used with installed on heat release equipment of heater, which uses steam mainly. Flow rate can be

regulated manually.

Because sensor which senses temperature is capsule wax type, its structure is effective for impact

pressure of water hammer, etc.

Step

0 What is Radiator Trap?

What is Cold and Hot Water Valve?

What is Radiator Valve?

Bellows type

(4)

18 Radiator T

rap/Radiator V

alve

ID-Charts

Step

Model Type Fluid Material Max. Press._(MPa) Max. Temp._(°C) Connection Nominal _Size Page

TS-1A Bellows type_{Angle type} Steam

condensate CAC406 0.1 120˚C Inlet: JIS R (union joint)Outlet: JIS Rc

15-25A 18 -6

TS-1S Bellows type_{Straight type} 15-25A 18 -6

TS-3A Bellows type_{Angle type} Steam

15-20A 18 -8

TS-3S Bellows type_{Straight type} 15-20A 18 -8

TS-4A _{Angle type}Wax type Steam

15-20A 18 -10

TS-4S _{Straight type}Wax type 15-20A 18 -10

FV-2A Bellows type_{Angle type} Steam, Cold and hot

water CAC406 0.3 150˚C

Inlet: JIS Rc Outlet: JIS R (union joint)

15-32A 18 -12

FV-2S Bellows type_{Straight type} 15-32A 18 -12

HV-3A Angle type

Cold and hot

water CAC406 0.6 90˚C Outlet: JIS R (union joint)Inlet: JIS Rc

15-20A 18 -13

HV-3S Straight type 15-20A 18 -13

(5)

alve

RADIATOR TRAP/RADIATOR VALVE Control ID-Charts

Step

Model Type Fluid Material Max. Press._(MPa) Max. Temp._(°C) Connection Nominal _Size Page

118 series Angle type

Hot water,

Steam Brass Hot water: 1.0Steam: 0.05Hot water: 120˚CSteam: 110˚COutlet: R (union joint)Inlet: Rp *

15-25A 18 -15

Straight type 15-25A 18 -15

Horizontal

angle type 15-20A 18 -15

109 series Angle type

Cold and hot

water Brass 1.0 120˚C Outlet: R (union joint)Inlet: Rp

15-20A 18 -18

Straight type 15-20A 18 -18

ID-Charts

Radiator Trap/Radiator Valve

(6)

18 Radiator T

rap/Radiator V

alve

TS-1

The TS-1 radiator trap is used for a

wide variety of heating equipment.

Features

1. Reduced noise.

2. Free for air troubles as of bellows type.

3. The bellows is manufactured from selected

material under strict quality control. Quick

discharge of condensate from the system, and

no steam leakage with long service life.

4. No worry for freezing.

Specifications

Application Steam condensate

Maximum pressure 100 kPa *

Maximum temperature 120°C

Material

Body Bronze

Valve, valve seat Brass

Bellows Phosphor bronze

Union Brass

Connection Inlet: JIS R screwed (union joint)_{Outlet: JIS Rc screwed} * Available with 200 kPa (TS-1HA or TS-1HS, only 25A).

Dimensions (mm) and Weights (kg)

∙ TS-1A

Nominal size d L1 H1 H2 D Weight

15A 1/2 80 35 39 52 0.6

20A 3/4 87 41 51.5 52 0.9

25A 1 105 52 49 52 1.6

∙ TS-1S

Nominal size d L1 L2 H1 H2 D Weight

15A 1/2 80 43 28 39 52 0.7

20A 3/4 87 48 34 51.5 52 1.0

25A 1 105 60 40 49 52 1.7

TS-1A <Angle type>

TS-1A <Angle type>

TS-1S <Straight type>

TS-1S <Straight type>

(7)

alve

TS-1

Maximum Continuous Discharge Capacity Chart

∙ This chart shows the maximum discharge. In designing a system, set a sufficient safety factor (two or three times).

ΔP: Working differential pressure kPa

(8)

18 Radiator T

rap/Radiator V

alve

TS-3

The TS-3 radiator trap, same as TS-1, is

bellows thermostatic type and supports a

working pressure of up to 0.2MPa. It is used for

a wide variety of heating equipment.

Features

1. Compact, lightweight and reduced noise.

2. Prevents freezing damage since designed not to

allow condensate to remain inside.

3. Quickly discharges cold condensate and air at the

start of operation.

4. The valve and valve seat are made of stainless steel.

Fluororesin is used for the cover gasket, making

disassembly and assembly easy.

Specifications

Working pressure 0.01-0.2 MPa

Material

Body Bronze

Valve Brass

Valve seat Stainless steel

Thermoelement Phosphor bronze

Union Brass

Connection Inlet: JIS R screwed (union joint)_{Outlet: JIS Rc screwed} * Recommend model TS-1H for 25A of maximum working pressure 0.2 MPa.

Dimensions (mm) and Weights (kg)

Bellows type

∙ TS-3A

Nominal size d L H1 H2 Weight

15A 1/2 80 35 74.5 0.5 20A 3/4 87 41 76.5 0.6 TS-3A <Angle type> TS-3S <Straight type>

(9)

alve

TS-3

∙ TS-3S

Nominal size d L1 L2 L3 H1 H2 Weight

15A 1/2 85 38 123 28 67.5 0.5

20A 3/4 94 41 135 34 69.5 0.7

Maximum Continuous Discharge Capacity Chart

∙ This chart shows the maximum discharge. In designing a system, set a sufficient safety factor (two or three times). 15A, 20A

ΔP: Working differential pressure MPa

(10)

18 Radiator T

rap/Radiator V

alve

Features

1. Compact, lightweight and reduced noise.

2. Freezing damage can be prevented since

designed not to allow condensate to remain

inside it.

3. Quickly discharges cold condensate and air at

the start of operation.

4. Stainless steel made valve and valve seat.

Fluororesin is used for the cover gasket, making

disassembly and assembly easy.

Specifications

Working pressure 0.02-0.35 MPa

Material

Body Bronze

Valve Stainless steel

Valve seat Stainless steel

Thermoelement Brass, others

Union Brass

Connection Inlet: JIS R screwed (union joint)_{Outlet: JIS Rc screwed}

Dimensions (mm) and Weights (kg)

∙ TS-4A

Nominal size d L H1 H2 Weight

15A 1/2 80 35 77.5 0.5

20A 3/4 87 41 79.5 0.7

TS-4A <Angle type>

TS-4A <Angle type> TS-4S

<Straight type>

TS-4

Wax type

The TS-4 radiator trap uses a wax type

thermoelement for the heat sensing unit

and supports a working pressure of up to

0.35 MPa. It is used for a wide variety of

heating equipment.

(11)

alve

TS-4

∙ TS-4S

Nominal size d L1 L2 L3 H1 H2 Weight

15A 1/2 85 38 123 28 70.5 0.6

20A 3/4 94 41 135 34 72.5 0.7

Maximum Continuous Discharge Capacity Chart

15A, 20A

ΔP: Working differential pressure MPa

(12)

18 Radiator T

rap/Radiator V

alve

Features

1. Totally free of leakage due to bellows pack less type.

2. Complete close with a fluororesin disc.

3. Usable for not only steam but cold and hot water.

FV-2

The FV-2 radiator valve is designed to use with

radiators for heating using steam.

Specifications

Application Steam (cold and hot water)

Maximum pressure 0.3 MPa

Material UnionBody BronzeBrass

Valve disc Fluororesin

Connection _{Outlet: JIS R screwed (union joint)}Inlet: JIS Rc screwed

Dimensions (mm) and Weights (kg)

Maximum Flow Rate Chart (For Steam)

Nominal size d L1 L2 H1 H2 H3 H4 D _{Angle type Straight type}Weight

15A 1/2 65 35 28 101 17 95 15 0.5 0.6

20A 3/4 75 38 33 108 21 101 20 0.66 0.78

25A 1 86 42 38 117 25 109 25 0.96 1.02

32A 1-1/4 102 52 44 130 28 117 25 1.39 1.54

Nominal size _0.05 _0.1 Differential pressure MPa_0.15 _0.2 _0.25 _0.3

15A 16 21 25 30 35 40

20A 28 36 44 52 60 71

25A 44 57 70 83 98 111

32A 64 84 103 122 142 161

· Since this table shows the maximum discharge, set a sufficient safety factor.

FV-2A <Angle type>

FV-2S <Straight type>

FV-2A <Angle type> FV-2S <Straight type>

(13)

alve

Radiator Valve

Features

1. General valve structure and the valve is completely closed with a fluororesin disc.

2. Small handle torque by a fluororesin mold gland packing.

3. No rust and tarnish by chromium-plating on the outside.

HV-3

Return valve combined type

Specifications

Application Cold and hot water

Maximum temperature 90˚C

Material

Body Bronze

Valve Fluororesin

Brass Brass

Connection _{Outlet: JIS R screwed (union joint)}Inlet: JIS Rc screwed

∙ When using the return valve, remove the handle after adjusting the flow rate as needed.

Dimensions (mm) and Weights (kg)

Nominal size d L1 L2 L3 H1 H2 H3 D _{Angle type Straight type}Weight

15A 1/2 56 25 53 24 59-63 65-69 10 0.29 0.31

20A 3/4 63 28.5 59.5 28 62-68 70-76 13 0.41 0.47

HV-3A

<Angle type> HV-3S <Straight type>

HV-3 is used as a radiation valve

and return valve for cold and hot

water heat radiator. It is used in

a building and housing.

(14)

18 Radiator T

rap/Radiator V

alve

Pressure Loss Chart

ΔP: Pressure loss MPa

Precautions for operation

Tightening pressure of the packing may decrease during transportation and storing. In this case, please additionally fasten the gland nut before using the valve.

If external leakage has been neglected, leakage may not stop by additional tightening. Please check the valve daily and do the additional fastening earlier.

(A): Angle type (B): Straight type Nominal size

(15)

Thermo Radiator Valve

alve

Features

1. Self-acting temperature regulator requires no auxiliary

power.

2. Available with both hot water and steam usage.

3. Have a choice 3 valve types depends on pipe installation.

Angle type, horizontal angle type and straight type.

4. Have a choice 3 thermostat types depends on application.

Bellows type, wax type and remote mount type.

5. The valve automatically operates in accordance with room

temperature. It prevents excess heating and leads to saving

energy.

118 Series

118 series are used for radiator

heater at school, hospital, hotel

and office.

It can adjust the heating

temperature for each rooms and

control the room temperature

precisely with economy.

Specifications

Application Hot water Steam

Maximum pressure 1.0 MPa 0.05 MPa

Allowable back pressure 0.05 MPa or less

Maximum temperature 120˚C 110˚C

Material Body Brass (nickel plate)

Valve EPDM

Connection Inlet: JIS Rp screwed Outlet: JIS R (union joint)

Horizontal angle valve with bellows type LH sensor

 Straight valve with wax

type TH sensor

Angle valve with bellows type LH sensor

Install the product in such way that the sensor part is sideways.

(16)

18 Radiator T

rap/Radiator V

alve

Model and Dimensions (mm)

∙ Valve

Type Nominal size _d _L Dimensions Model No.

1 L2 L3 L4 H1 H2 15A 1/2 58 27 _ _ 53 _ No.118-1004 20A 3/4 66 29 _ _ 53 _ No.118-1006 25A 1 75 34 _ _ 61 _ No.118-1008 15A 1/2 58 40 _ _ 27 _ No.118-1404 20A 3/4 64 37 _ _ 47 _ No.118-1406 15A 1/2 _ _ 59 95 _ 31 No.118-1104 20A 3/4 _ _ 63 106 _ 29 No.118-1106 25A 1 _ _ 80 125 _ 30 No.118-1108

* Available with nominal size 32A for angle and straight type.

∙ Sensor

At the Time of Order

Select the valve and sensor in accordance with pipe installation and application.

The valve and sensor are sold separately so please inform the requiring model number.

L H Model No.101-1465

T H Model No.101-3066

F H

Model No.101-2295 (Capillary tube 2 m) Model No.101-2296 (Capillary tube 5 m)

Angle type Horizontal angle type Straight type

Bellows type (Remote mounted type) Wax type

Bellows type

Angle

Horizontal angle

(17)

alve

118 Series

Flow Rate Chart

ΔP: Pressure loss MPa Difference from set temperature

KV value

Hot water flow rate is about 180 L/h, when ΔP = 0.003 MPa and temperature decreased 2K (2˚C) from set temperature.

· Do not install the sensor to valve during construction,

since the valve and sensor are separated.

· Surely fix the sensor and valve after construction.

· Flush well the radiator and pipes in order to avoid

scale problem inside the system.

· Please install the sensor at the place where precise

temperature sensing is possible. The valve may not

able to operate stably, if it is installed at the backward

of curtain, furniture or radiator panel. Also when

exposed to direct sunlight or draft.

(18)

18 Radiator T

rap/Radiator V

alve

Angle type Straight type

109 Series

Necessary for hot water controlled radiator heater.

109 series return valve

−Able to control the flow minutely.

Specifications

Application Cold and hot water

Maximum temperature 120˚C

Material Body Brass (nickel plate)

Valve Brass

Connection Inlet: JIS Rp screwed Outlet: JIS R (union joint)

Model and Dimensions (mm)

Angle

Nominal size d L L1 L2 Model No.

15A 1/2 58 26 52 No.109-0662

20A 3/4 66 29 58 No.109-0663

Straight

Nominal size d L L1 L2 Model No.

15A 1/2 80 53.5 34.0 No.109-0762

20A 3/4 91 62.0 34.5 No.109-0763

(19)

alve

109 Series

Return Valve Flow Rate Chart

Option/Service Tool

· The flow rate of chart is the reference value.

∙ How to adjust the flow rate

Model No.109-0551

ΔP: Pressure loss MPa

Hot water flow rate (L/h)

1. Remove the hexagon cap on the top and fully screw it clockwise by hexagon wrench (nominal 4).

2. Consider the heater capacity and operating pressure then decide the valve open level from the flow rate chart.

3. Twist the hexagon wrench

counterclockwise for required rotation time and adjust the flow rate.

4. Attach the hexagon cap and tighten. Flow rate at each rotation time

4rotation 3rotation 2rotation 1-1/2rotation 1rotation 3/4rotation 1/2rotation 1/4rotation

(20)