Model No.: MSD2
Trademark: Keman
Transport Package: Carton Packaged
Specification: CE, RoHS, WQA
Origin: Zhejiang, China
HS Code: 84219910

Down Flush Manual Water Softener Valve 2T/H

Water Filtration Valve
Water Filter Valve
Water Filtration Automatic Control Valve
Manual Flush Water Filter Valve
Manual Water Softener Valve
Automatic Up-Flush Valve
Automatic Water Softener Control Valve
Controller Model: Timer and Flow Limit Type
Up/Down Flow
Automatic Water Softener Control Valve
Working Pressure: 0.1~0.8 MPa
Transformer Input: 100~240V / 50~60Hz
Working Power: 24V / 1.6A
Working Water Temperature: 5~45°C
Highly Efficient Residential Water Softener
Domestic Softener Control Valve
DIY Household Water Softening Valve
Wonderful Water Softener Controller
Specifications:
Control System: Runxin TM.F65D (Multi-Timer & Flow Meter Controller)
Water Source: Municipal Tap Water (Hardness ≤ 220 ppm)
Water Temperature: 5~45°C
Water Pressure: 0.15~0.6 MPa
Resin Quantity: 12.5 L
Softening Material: Risen (PUROLITE)
Output Capacity: 1.0–2.0 m³/h
Default Regeneration Start Time: 2:00 AM
Default Regeneration Time: 50 minutes
Regeneration Period: 0–30 Days
Rated Voltage/Frequency: 100–220V / 50–60Hz
Regeneration Method: Automatic
Water Pipe Interface: G3/4" F (with Bypass)
Waste Water Pipe Interface: 1/2" M (Φ12)
Introduction:
This high-efficiency water softener provides excellent water softening performance with automatic operation and regeneration. It features a timer-based control system that automatically regenerates the resin bed at set times based on the preset regeneration frequency, water hardness, or volume balance. It ensures continuous and reliable water treatment for residential use.
About the Warranty:
1. Full Set (Filter Media, Resin) With Box
2. One Year Warranty
Regeneration |
Manual |
Inlet/Outlet Port |
1/2", 3/4", 1" |
Drain Port |
3/8" |
Resin Pipe |
2.5" |
Water Capacity |
2T/H, 4T/H, 10T/H |
Bypass |
Optional |
Working Pressure |
1 Bar ~ 8 Bar |
Power |
24V |
Wire Mesh Processing
Wire mesh processing involves the manufacturing and modification of wire meshes to suit specific applications. This process can involve several steps, including:
1. **Wiring**: This is the initial step where wires are fed into a machine. The wires can be made from various materials like steel, aluminum, stainless steel, etc.
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3. **Stretching**: Once woven, the mesh undergoes stretching to ensure that it maintains its shape and size. This is important for maintaining the integrity of the mesh.
4. **Cutting**: The mesh is then cut into specific sizes or shapes depending on the end use. This could be done manually or by automated machinery.
5. **Surface Treatment**: Depending on the application, the mesh might require surface treatments like painting, galvanizing, or anodizing to enhance its durability, corrosion resistance, or aesthetic appeal.
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