Pressure reducing valve - Direct Acting for steam - RE1 | Miyawaki
Pressure reducing valve - Direct Acting for steam - RE1 | Miyawaki

Pressure reducing valve - Direct Acting for steam - RE1 | Miyawaki

The Pressure Reducing Valve - Direct Acting for Steam - RE1 by Miyawaki is a high-performance valve designed to regulate and maintain a consistent downstream pressure in steam systems. This direct-acting valve is engineered for precision and reliability, ensuring optimal steam flow and pressure control. It features a compact design, making it suitable for various industrial applications where space is limited. The RE1 model is known for its durability and ease of maintenance, providing efficient operation and energy savings in steam management systems.
Standard (Options)
  • DIN
  • ANSI
Connection (Options)
  • BSP
Material (Options)
  • Brass CW 617N
Pressure Rating (Options)
  • 1,0 - 1,6 Mpa

Description

Features

Self acting pressure reducing valve for steam

Automatic valve that reduces the steam supply pressure to a defined set pressure.

Pressure fluctuations on upstream side are followed by the downstream side.

No external energy required

Compact and cost effective design

Can be installed in tight spaces thanks to its compact design (small/lightweight). Offers reliable operation, energy saving, and productivity improvement.

Easy handling

Pressure can easily adjusted by the topside handle.

Operating features of direct acting pressure reducing valves

Downstream pressure changes are detected in the detection chamber, and the degree of opening of the valve is directly adjusted to maintain the set pressure.

Superb durability

Control bellows with moren than ... operating cycles offers outstanding durability. Protected by integrated strainer.

Typical applications

Perfect for small to medium steam flows as present in laundries, F&B equipment, sterilizers and similar equipment.

Dimensions/Weight

SizeDimensions (mm)Dimensions (in)Weight
LH1H2WLH1H2W(kg)(lb)
1/2”8013746653.25.41.82.61,43.1
3/4”903.51,63.5
1”105144584.15.72.31,94.2

Specifications

ModelConnection

Max.

operating

 

pressure (PMO)

operating

pressure range

Control

pressure range

Values

Max. pressure

reduction ratio

Max. operating

temperature

(TMO)

Body

material

TypeSize(MPa)(psig)

Primary side

pressure

(MPa)

Primary side

pressure

(psig)

Secondary side

pressure

(MPa)

Secondary side

pressure

(psig)

Cvkvs(℃)(℉)
RE1

Screwed

Rc,NPT

1/2”1,62300,2 - 1,629 - 2300,05 - 1,07.3 - 145 1,2  1,0  10:1204399

Brass

C3771

3/4”1,91,6
1”3,22,8
RE1-21/2”1,01450,2 - 1,029 - 1450,02 - 0,22.9 - 291,91,6
3/4”1,91,6
1”2,1  1,8   
RE1-41/2”1,01450,2 - 1,029 - 1450,05 - 0,47.3 - 581,21,0
3/4”1,91,6
1”3,22,8

● Recommended accessories: Y strainer / YM1  x1

● Offset: RE1: 0.15MPa (21.8psig) or lower, RE1-2: 0.05MPa (7.3psig) or lower, RE1-4: 0,07MPa (10.2psig) or lower

● Minimum differential pressure: 20% of the primary side

● Lockup pressure: 0,03MPa (4.4psig) or lower

Capacity Chart (MPa)

RE1

● How to use this chart

1. Find the point at which the upstream pressure and desired downstream pressure horizontal line intersect.

2. Trace a vertical line from the point where they intersect, and select for the smallest-nominal size where the required steam flow rate met.

*for downstream pressures from 0,4MPa (58psig) (4kgf/cm2・g) to 0,2MPa (29psig) (2kgf/cm2・g) or lower, use RE1-4 model.

  for downstream pressures from 0,2MPa (29psig) (2kgf/cm2・g) or lower with high flow rate, RE1-2 is recommended.

RE1-2

RE1-4

Capacity Chart (psig)

RE1

● How to use this chart

1. Find the point at which the upstream pressure and desired downstream pressure horizontal line intersect.

2. Trace a vertical line from the point where they intersect, and select for the smallest-nominal size where the required steam flow rate meet.

*for downstream pressures from 0,4MPa (58psig) (4kgf/cm2・g) to 0,2MPa (29psig) (2kgf/cm2・g) or lower, use RE1-4 model.

  for downstream pressures from 0,2MPa (29psig) (2kgf/cm2・g) or lower with high flow rate, RE1-2 is recommended.

RE1-2

RE1-4