LT -WY01 Intelligent water nozzle comprehensive performance testing machine
Technical Parameters
| The serial number | According to project name | Want to ask |
| 1 | Working voltage | Three-phase AC380V |
| 2 | The test medium | Water: 5-20℃, 38℃, 60℃ (3 water tanks) |
| 3 | Test station | 3 stations, station 1: nozzle flow and sensitivity (and can meet the test of at least three types of nozzle structure: open on handle, open on side and open at 45 degrees). Station 2: water consumption efficiency level of nozzle and shower, shower flow rate, station 3: control distance, voltage change, opening and closing time, touch device, energy consumption of the whole machine, anti-interference (three stations at the same time to install products), power failure protection, under voltage protection, timeout water control, water hammer test. |
| 4 | Test product range | Nozzle, shower, hose, drainage fittings, right Angle valve |
| 5 | Tooling material | Stainless steel + copper +POM |
| 6 | Test setting times | 1 ~ 999999 times settable |
| 7 | drive | Servo motor + cylinder |
| 8 | Counting accuracy | Range: 0.1 second ~ 999.99 minutes, timing accuracy: 0.1 second |
| 9 | Pressure sensor | 0-2 mpa, 0.5 on the Richter scale are unlikely |
| 10 | Flow meter | Measuring range 1-30l /M, measuring accuracy 0.1l /M |
| 11 | The water pump | Static pressure of 0.05-1.6MPa is available |
| 12 | Hydraulic stability | ± 0.01mpa (below 0.5mpa), ± 0.05mpa (above 0.5mpa) |
| 13 | Hydraulic digital display instrument | Display accuracy 0.001mpa |
| 14 | Water temperature digital display instrument | Display accuracy 0.1℃ |
| 15 | Flow digital display instrument | Display accuracy 0.1l /M |
| Comply with standards and clauses | ||
|
Product class |
Standard said |
Article standards |
|
Ceramic seal nozzle |
GB 18145-2014 |
8.6.3.1 flow |
|
Ceramic seal nozzle |
GB 18145-2014 |
8.6.3.2 sensitivity (applicable to single handle and double control nozzle) |
|
Ceramic seal nozzle |
GB 18145-2014 |
8.8.1.1 flow of time-delay self-closing nozzle |
|
Non-contact nozzle |
CJ/T 194-2014 |
8.4.1 control distance error |
|
Non-contact nozzle |
CJ/T 194-2014 |
8.4.2 influence of voltage changes |
|
Non-contact nozzle |
CJ/T 194-2014 |
8.5 opening and closing time |
|
Non-contact nozzle |
CJ/T 194-2014 |
8.6 overall energy consumption |
|
Non-contact nozzle |
CJ/T 194-2014 |
8.7 anti-interference performance |
|
Non-contact nozzle |
CJ/T 194-2014 |
8.8 power failure and under-voltage protection |
|
Non-contact nozzle |
CJ/T 194-2014 |
8.10.1 flow of nozzle and shower |
|
Non-contact nozzle |
CJ/T 194-2014 |
8.13 water hammer performance |
|
Non-contact inductive water supply appliance |
JC/T2115-2012 |
7.4 control distance test |
|
Non-contact inductive water supply appliance |
JC/T2115-2012 |
7.5 anti-interference performance test |
|
Non-contact inductive water supply appliance |
JC/T2115-2012 |
7.6 automatic protection test |
|
Non-contact inductive water supply appliance |
JC/T2115-2012 |
7.7.1 flow performance test of nozzle and shower |
|
Non-contact inductive water supply appliance |
JC/T2115-2012 |
7.11 water hammer test |
|
Water mouth |
GB25501-2010. |
5 test method |
|
shower |
GB 28378-2012 |
5.1 flow uniformity test |
|
shower |
GB 28378-2012 |
5.2 flow test |
|
Constant temperature faucet |
QB 2806-2006 |
6.4.3 flow |
|
Time-delay self-closing nozzle |
QB/T 1334-2013 |
8.8.1.2 induction nozzle flow rate |
|
Time-delay self-closing nozzle |
QB/T 1334-2013 |
8.8.1.3 other nozzle flows |
|
Time-delay self-closing nozzle |
QB/T 1334-2013 |
8.8.2 sensitivity (for single handle and double control nozzle) |
