LXS-FDF Single Jet Liquid Sealed Vane Wheel Cold Water Class C R160 Water Meter

LXS-FDF DN13-32 Single jet Liquid Sealed Vane Wheel HOT/COLD Water meter

Features
1. The register is contained in a liquid filled sealed housing which is not subject to discoloration by scale, dirt or any deposit
2. Wet dial
3. Mechanical transmission movement equates to maximum reliability
4. Inlet strainer
5. Particularly suited in lower quality water

Compliance with Standard
Technical data conforms to ISO 4064 Class B Standard for horizontal installation

Application
Measuring the volume of cold potable water passing through the pipeline

Working Conditions
Water temperature : ≤ 40 ºC
Water pressure: ≤ 1.6 MPa

Option
Meter equipped with reed switch 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


DN13-DN25: maximum flow rate with m³/h and arrow are indicated on the both sides of the meter body
DN32: maximum flow rate and arrow are indicated on the both sides of the meter body
The lid can open not more than 120°
 

Dimensions and Weights
Nominal diameter	DN	13	20	25	32
Body thread	D	G3/4B	G1B	G11/4B	G11/2B
Connector thread	d	R1/2	R3/4	R1	R11/4
Body length	L	110/190	130	160	160
Overall length	L1	204/284	234	280	284
Width	W	87	87	87	110
Meter height	H	91	91	91	128.5
Weight without connectors KG		0.8/0.95	0.97	1.2	2.25
Weight with connectors KG		0.98/1.13	1.25	1.72	3.05
Attention: "L1" is the total length when coupling gaskets without compression

Main Technical Date
Nominal diameter	DN	13	20	25	32
Maximum flow rate  m³/h	Qmax	3.0	5.0	7.0	12.0
Nominal flow rate   m³/h	Qn	1.5	2.5	3.5	6.0
Transition flow rate  l/h	Qt	120	200	280	480
Minimum flow rate  l/h	Qmin	30	50	70	120
Maximum reading  m³		99999.99995
Minimum reading  m³		0.00005
Maximum Permissible Error:       In the lower zone from Qmin inclusive up to but excluding Qt is ±5%       In the upper zone from Qt inclusive up to and including Qmax is ±2%