LT-WY102-B3 Intelligent faucet Comprehensive performance testing machine

Short Description:

This Intelligent Faucet Comprehensive Performance Testing Machine is designed for evaluating the sealing, flow rate, water hammer resistance, and operational sensitivity of mechanical faucets, showerheads, hoses, drainage fittings, angle valves, as well as performance testing of smart faucets and intelligent controllers. It is capable of conducting sensitivity tests on single‑handle dual‑control faucets, ensuring comprehensive quality validation under standardized conditions.

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Product parameters
1	Working voltage	Three-phase AC380V for water pump, heating and cooling, and single-phase AC220V for the rest
2	Working air pressure	External,0.3MPa to 0.6 MPa
3	Power consumption	Up to 18KW
4	Test medium	Water: 5 ~ 20℃, 38℃, 60℃ (3 water tanks)
5	Test stations	3 stations. Station 1: Nozzle flow rate and sensitivity (and can meet the testing requirements of at least three types of nozzle structures: handle top-opening, side-opening, and 45-degree opening.) Workstation 2: Water efficiency grade of faucets and showerheads, showerhead flow rate. Workstation 3: Control distance, voltage variation, opening and closing time, touch device, overall energy consumption of the machine, anti-interference (products installed simultaneously at three workstations), power-off protection, under-voltage protection, overtime water usage control, water hammer test.
6	Test product range	faucets, shower heads, hoses, drainage accessories, right-angle valves
7	External materials	Aluminum profile frame + aluminum-plastic sealing plate
8	Drive unit	Servo motor + cylinder
9	Flowmeter	Range 0-30L/M, measurement accuracy 0.1L/M
10	Water pump	It can provide static pressure ranging from 0.05 to 1.6MPa
11	Host computer	Computer
12	Overall dimensions	Length 2000 * Width 1200 * Height 1800 (Unit: mm)

Standard
1	GB 18145-2014 8.6.3.1 Traffic
2	GB 18145-2014 8.6.3.2 Sensitivity (Applicable to Single handle Double Control Faucet)
3	GB 18145-2014 8.8.1.1 Flow rate of Delayed Self-closing faucet
4	CJ/T 194-2014 8.4.1 Control Distance error
5	CJ/T 194-2014 8.4.2 Influence of Voltage Variation
6	CJ/T 194-2014 May 5th opening and closing time
7	CJ/T 194-2014 8.6 Whole Machine Energy Consumption
8	CJ/T 194-2014 8.7 Anti-interference performance
9	CJ/T 194-2014 8.8 Power-off and under-voltage protection
10	CJ/T 194-2014 8.10.1 Faucet and showerhead flow
11	CJ/T 194-2014 8.13 Water Hammer Performance
12	JC/T2115-2012 7.4 Control Distance Test
13	JC/T2115-2012 7.5 Anti-interference Performance Test
14	JC/T2115-2012 7.6 Automatic Protection Test
15	JC/T2115-2012 7.7.1 Flow Performance Test for Faucets and Shower Heads
16	JC/T2115-2012 7.11 Water Hammer Test
17	GB25501-2010 5 Test Method
18	GB 28378-2012 5.1 Flow Uniformity Test
19	GB 28378-2012 5.2 Traffic Test
20	QB 2806-2017 10.7.3 Flow test
21	QB/T 1334-2013 8.8.1.2 Flow rate of the sensing faucet
22	QB/T 1334-2013 8.8.1.3 Flow rate of other faucets
23	QB/T 1334-2013 8.8.2 Sensitivity (Applicable to single-handle dual-controlled faucets)