LXSC-D7R Single Jet Dry Dial Hot /Cold R160 with Pluse Output Water Meter

• Customization: Available
• Install: Vertical
• Medium Temperature: Cold Water
• Model NO.: LXSC-D7R
• Level Measurement: B
• Counter Instructions: Digital
• Nominal Diameter: Small Diameter
• Application: Civil
• Principle: Speed of Water Meter
• Medium Pressure: General Water Meter
• Work Environment: Dry Water Meter
• Size: 1/2" -1"
• Transport Package: Exporting Cartons
• Specification: CE
• Trademark: ECO
• Origin: Zhejiang, China
• Production Capacity: 200000 PCS/Month

Product Description

LXSC-D7R Single Jet Dry Dial Hot /Cold Water meter R160 with Pluse output 
Product Description
1. Small, light, dry register 8 numbered roller
2. Magnetic drive, lower transmission resistance
3. With retaining ring and lid
4. Nickel-plated body or painted
5. Register can rotate more than 360° For easily reading in any position
6. Pulse output may be 1 L/Pulse, 10L/ Pulse 10L/ Pulse

Compliance with Standard
Technical data conforms to ISO 4064 Class C (R160) Standard for horizontal installation
Options
1. U. S. Gallon(USG) for selecting
2. Meter for hot water up to 90 ºC is available
2. Impulse is available
Installation Requirements
1. The meter should be installed in horizontal position with the register face upwards
2. Pipeline must be flushed before installation
3. The meter should be constantly full of water during operation
Application
Measuring the volume of hot water passing through the pipeline
Working Conditions
1. Water temperature: ≤ 90°
2. Water pressure: ≤ 1.6MPa
 

Type	Size	Claa	Qs	Qp	Qt	Qmin	Minimum Reading	Maximum Reading
			Overload Flow	Permanent Flow	Transitional Flow	Minimum Flow
			m3/h		L/h		m3
LXSC-D16	DN15	C	3	1.5	22.5	15	0.00005	99999.99995
LXSC-D16	DN20	C	5	2.5	37.5	25	0.00005	99999.99995
LXSC-D16	DN25	C	7	3.5	52.5	35	0.00005	99999.99995
LXSC-D16	DN32	C	12	6	90	60	0.00005	99999.99995
LXSC-D16	DN40	C	20	10	150	100	0.00005	99999.99995

Maximum Permissible Error:
1. In the lower zone from Qmin inclusive up to but excluding Qt is ± 5%
2. In the upper zone from Qt inclusive up to and including Qmax is ± 2%