DIN55662 GM 9531P Swing Spray Jet Testing Chamber Vapor Spray Testing Machine GMW14650 Steam Jet Tester Steam Spray Test Device

DIN55662 GM 9531P Swing Spray Jet Testing Chamber Vapor Spray Testing Machine GMW14650 Steam Jet Tester Steam Spray Test Device

Compliance with Testing Standards

Meets the spray test requirements of VCS 1029 54719,

GMW 14650, GM9531P-1997, PV 1503, DIN 55662, AA-0136, VCS 1029 54719, and FLTM BO 160-04-2004.

Chamber Structure Design

2.1 Inner Chamber Material: SUS#304 stainless steel plate; features an integrated, reinforced structural design.

2.2 Outer Chamber Material: SUS#304 stainless steel plate with powder coating (light sand color).

2.3 Chamber Door: Features a dual-layer imported airtight clamping mechanism to effectively prevent external temperature leakage.

2.4 Observation Window: Tempered glass window.

2.5 Rotating Sample Rack: Made of 304 stainless steel; circular design.

A. Rotation speed adjusted via a digital controller.

B. Water leakage prevented using bearing oil seals.

2.6 Optional: Dynamic live-load (electrified) mechanism.

Testing Scope

3.1 Each nozzle is equipped with a high-pressure and high-temperature resistant solenoid valve. The activation time for each angle is 10 seconds (adjustable; setting range: 0–5 min). Spray and pause times can be set individually for each nozzle; spraying proceeds sequentially from one angle to the next (cycle count adjustable: 0–1,000 times).

Nozzle types: EG 2505, 1/4 PMEG 2506, MEG 2506.

3.2 Equipped with 10mm tempered glass and an explosion-proof transparent protective film; sealed with gaskets to prevent leakage. Internal lighting uses an isolated design to prevent electrical leakage and facilitate bulb replacement; high-brightness PL lamps are used. 3.3 Materials Used:

A. Interior: SUS#304 stainless steel sheet (with tempered glass)

B. Exterior: SUS#304 stainless steel sheet with matte striped finish

C. Pump Motor: One set of Italian-made direct-drive units

D. High Pressure: 40–140 bar (includes pressure buffering design)

E. Low-wattage electric heating elements and coil-type boiler

F. Digital tachometer set (including speed control unit); displayed via industrial control computer

G. Nozzle flow rate: 18–15 L/min per set (adjustable)

H. 400L stainless steel water storage tank (automatic water refill, drainage, and overflow functions); high-pressure cleaning water temperature adjustable from 30°C (ambient) to 90°C (rated temperature: 80 ± 5°C)

I. Safety door interlock: Pump power cuts off automatically when the door is opened

Control System

Proprietary control system

HMI (Human-Machine Interface) Equipment: Configure the following via the HMI:

1. Optional external power supply connection allows performance testing of the test specimen simultaneously with the water resistance test (one set).

2. Configurable operation time, water resistance cycles, and duration.

3. HMI settings: 8-inch full-color touch interface; USB data access for pressure and temperature records.

4. Control and Display: Touchscreen operation with Chinese menus; supports cyclic and continuous operation modes; real-time dynamic refresh of sampled data and set parameters; real-time curve plotting. Displays pressure, flow rate, temperature, test duration, etc.

5. Recording and Alarm Functions: Automatic shutdown on alarm; alarm log viewing and export; alarm configuration and fault analysis; 10-second sampling interval; stores up to three months of curves and test data; allows detailed querying of sampled data at any moment within the three-month period; USB export capability for printing curves and generating data reports on a PC.

A. Interactive configuration.

B. Configurable for R, S, IEC IPX1, X2 standards. Execution parameters for modes such as X3, X4, X9K, etc.: execution time, power-on cycle,

dwell time, repeat cycles, cycle duration, and number of cycles.

B1. Selectable sequence: spray-first or heat-first.

B2. Selectable independent operation: spray-only or heat-only.

C. Real-time data display on the HMI during operation:

C1. Current operating mode/condition (e.g., R, S, IEC IPX1, X2, X3, X4, X9K, etc.)

C2. Pressure and flow rate values (digital display).

C3. Cycle and countdown timer values.

C4. Turntable rotation speed and test specimen temperature.

C5. All test data readable via HMI and exportable via USB.

C6. Variable frequency drive (VFD) pump control ensures stable flow and pressure, eliminating the need for manual adjustment.

C7. Automatic constant water temperature system prevents overheating during prolonged operation, avoiding false test results caused by internal moisture ingress.

C8. Fault indication screen (Chinese display).

D. Interactive parameter setup.

E. IPX9K test mode configuration available.

F. Real-time data display on the HMI during operation:

F1. Current operating mode/condition.

F2. Pressure and flow rate values (digital display).

F3. Cycle and countdown timer values.

F4. Rotation speed and temperature.

F5. All test data readable via HMI.

Protection Devices

1. Low water level detection

2. Oscillating tube motor protection

3. Oscillating tube malfunction detection

4. Water pump overcurrent protection

5. Water pump VFD fault protection

6. Power phase detection

7. Equipment overcurrent protection

8. Door-open detection during testing (IPX9K specific)

Equipment Accessories List

Operation manual, maintenance manual, circuit diagrams, calibration report, warranty certificate, maintenance record card.

AGMW 14650 DIN 55662 Steam Jet Tester Hot Water Jet Testing Machine GM9531P Stainless Steel Plate Water Vapor Spray Test Chamber

Technical Specification