Send Inquiry

DN50-D300 Fully Automatic Heat Meter Test Bench (Mass Method + Master Meter Method)

Product Description

Product Introduction

1. Compact size, small footprint, corrosion resistant, and equipped with wheels for easy movement.

2. 7-inch touchscreen panel allows for setting parameters such as pressurization pressure, vacuuming pressure, pressurization time, and vacuuming water injection time.

3. Pneumatic quick-clamping, faster and more efficient than traditional hydraulic clamping, requiring no external high-pressure water source.

4. One-button start, one-button selection (manual or automatic), safe operation.

5. Suitable for mass production, used in conjunction with fully automatic Water Meter Test Benchs and automatic meter Meter Screwing Machines to improve production cycle time and increase capacity.

6. Low power consumption, energy-saving, requires only one operator, saving labor and time.

Detailed product information: Request from sales personnel

 

Product Model: JYM-50-300-AZZAH-PS2.0

 

Device Uncertainty Urel≤0.2%k=2
Flow Stability 1.0% for startstop method; 0.2% for other methods
Test Medium Purified tap water
Operating Humidity ≤ 93% RH
Operating Water Temperature 20  ± 10 
Water Temperature Fluctuation in Single Measurement Water temperature fluctuation in a single measurement
Water Fluctuation Coefficient per Cycle ≤ ± 0.1%
Water Source Working Pressure 0.0–0.5 MPa, adjustable
Air Source Working Pressure 0.4–0.7 MPa
Device Operating Temperature 4–50 
Number of Meters Under Test DN50/65/80/100: 5 pcs | DN125/150/200: 2 pcs | DN250: 1 pc | DN300: 1 pc
Water Pump 1 pc (CM1010): H=40 m, Q=10 m³/h, P=2.2 kW
1 pc (TD50
40G2/4): H=40 m, Q=100 m³/h, P=18 kW
2 pcs (TD300
40/4): H=36 m, Q=1200 m³/h, P=110 kW
Water Tank 150 m³
Commutator DN15, DN25, DN50, DN100, DN400 crossfork pneumatic open commutator; low noise, high sensitivity; travel difference < 10 ms; uncertainty within 0.002%
Meter Clamping Mechanism Stainless steel pneumatic meter clamp
Water Meter Seal Test Pressure range: (0–2.0) MPa
Bore Diameter Φ50 mm, telescopic stroke ≥ 80 mm
Timer (10–100) kHz (adjustable); better than 10⁻⁶
Calibration Signal Pulse signal, f = (0–10) kHz
Vacuum System Differential pressure vacuum generator; vacuum water filling to keep water meters fully filled
Supported Operation Modes Fully automatic, semiautomatic, touchscreen manual operation
Acquisition Equipment 7 sets of pulse collectors, 7 sets of RS232/RS485 serial ports, 7 sets of camera meter collectors
Standard Device Mass Method + Master Meter Method
Flow Range 0.010-2100m³/h
Calibration Method Startstop method Diversion method Flow–Time Method QTY
Electromagnetic Flow Meter
Instantaneous Flow Display
Advanced (Class 0.5)
DN6 50-500L/H 1
DN15 320-3200L/H 1
DN40 2260-22600L/H 1
DN100 10-200m³/H 1
DN300 127-1100m³/h 2
Electromagnetic Flow Meter
Standard Meter Standard
(Class 0.2–0.3)
DN6 50-500L/H 1
DN15 320-3200L/H 1
DN40 2260-22600L/H 1
DN100 10-200m³/H 1
DN300 127-1100m³/h 2
Electronic Scale
Mass Method Standard
Max=60kg6000e 1
Max=600kg6000e 1
Max=3T6000e 1
Max=30T6000e 1
  Thermostat Standard for Heat Meter Calibration Device
Standard Platinum Resistance Thermometer Class 2
Digital Meter WZPB-2
6½-digit digital meter for temperature acquisition
High Temperature Thermostatic Bath WL-L1A (High Temp. Bath)
Measuring range: (4 – 95) 

Max. working temperature difference: 0.03 

Average temperature difference: 0.015 
Low Temperature Thermostatic Bath WL-L1B (Low Temp. Bath)
Measuring range: (room temperature – 95) 

Max. working temperature difference: 0.03 

Average temperature difference: 0.015 
Heating Device Customized according to the water tank size.

SEND INQUIRY

Verify Code