Miyawaki
Miyawaki DX1 (for Sanitation Systems) Diaphragm Steam Traps
Manufacturer: MIYAWAKI Inc.
Model: DX1
Features
Easy attachment and detachment with a ferrule connection
Compact design
Face-to-face (height) 30mm (1.18in)
Made completely of stainless steel
DX1R with orifice to prevent condensate accumulation also available.
Can be used in a set with a check valve (CX1). (available separately)
Typical applications
Suitable for condensate discharge from sanitary piping
Suitable for condensate discharge in the SIP (Sterilization in Place) process by steam
Dimensions/Weight
| Size (mm) | Size (in) | Dimensions (mm) | Dimensions (in) | Weight | |||
| L | W | L | W | (kg) | (lb) | ||
| 38 (ISO standard) | 1.5 (ISO standard) | 30 | 50,5 | 1.2 | 2.0 | 0,18 | 0.4 |
Specifications
| Model | Connection | Max. operating pressure | Max. operating pressure differential | Max. operating temperature | Valve opening temperature | Body material | ||||||
| Type | Size | Size | (MPa) | (psig) | (MPa) | (psig) | (℃) | (℉) | (℃) | (℉) | ||
| DX1-5 | Ferrule | 38mm (ISO standard) | 1.5 in (ISO standard) | 0,5 | 72.5 | 0,5 | 72.5 | 160 | 320 | 5℃ below Saturation temperature | 9℉ below Saturation temperature | Stainless steel SUS316 |
| DX1R-5* (with orifice) | ||||||||||||
*DX1R: The design (with orifice) prevents condensate from accumulating in the body in the event of a halt in the supply of steam.
Maximum allowable pressure (PMA): 1,0MPa (145psig) PMA is the pressure that can be tolerated by pressure-resistant parts (body).
Maximum allowable temperature (TMA): 185℃ (365℉) TMA is the temperature that can be tolerated by the main unit (body).
Min. operating pressure differential (⊿PMN): 0,01MPa (1.5psig) ⊿PMN is the minimum operating differential pressure between the trap inlet and outlet.
Surface height: Ra1.6a (Ra: Arithmetic average height)
*You can use this in a set with a check valve (CX1). (available separately)
Discharge Capacity
The condensate flow rate shown assumes a condensate temperature at approximately 10℃ (18℉) below saturation temperature.
