THV Test System Technical Parameters (Chamber)

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Product Introduction

STI provides the combined environmental test systems with integrated design and control, and we believe it will bring a better experience to the user.

THV Test System 1

THV Test System 2

 

The THV Test system developed by STI has the following advantages in structure:

  • Systematic: Combine vibration system and climatic environment system
  • Operability: greatly reduce the intensity of manpower operation, as far as possible to reduce human intervention.
  • Aesthetics: The color matching of vibration system and climate environment system is harmonized.
  • Safety: Due to the great reduction of manpower operation, safety has been well guaranteed.

 

Features

Comprehensive environment integrated CEC 3000 controller (test setting and display are in the same software and the same interface)

Integration design of shaker with temperature chamber

Setting and display temperature vibration working conditions in the one interface

Precise timeline consistent

Multiple interface connections between shaker and temperature chamber

Variety of moving methods, according to the site decided to move the shaker or temperature chamber

Standard 8-channel digital I / O ports

 

Optional

Dry windswept function Deionized water device

Lowe humidity and temperature function

 

Test Standard

GB/T2423

GJB150

 

Connection Methods between Vibrator and Environmental Test System

Shaker connects the environmental test chamber directly

 

Shaker connects the environmental test chamber through a connector

 

Shaker connects the environmental test chamber through the head expander

 

Station switching process:

The vertical base plate is a movable plate, which can be placed on the vertical table bracket or a separate base plate bracket. The horizontal base plate is a fixed base plate fixed to the horizontal base of the shaker. The test chamber has the function of lifting and horizontal movement, and the test chamber has suspension points that can be hung on the bottom plate and locked.

 

HC-3000 & CEC-3000 Controller

HC-3000 Controller

HC-3000 controller is developed specially for RS Highly Accelerated Life Testing and Highly Accelerated Stress Screening.

HC-3000 controller control the hitting intensity of pneumatic hammers, inlet volume of liquid nitrogen and electric heating elements on/off, the measurement object is temperature and broadband random spectrum. HC-3000 controller integrates the functions of control, signal acquisition and signal analysis.

 

HC-3000

 

CEC-3000 Controller

CEC-3000 controller is developed for combined environmental test systems, the control objects are ED shaker, refrigeration units, electric heating elements, humidification components. And CEC-3000 controller integrates the functions of control, signal acquisition and signal analysis.

The control and measuring contents of CEC-3000 controller is similar RC-3000 controller. HC-3000 controller and CEC-3000 has similar hardware configuration.

 

CEC-3000

 

Hardware

Vibration Input Channel Number: 4 (can be extended)

Connection Method: BNC

Coupling Mode: AC, DC, IEPE, Charge

Input Dynamic Range: 100dB

Sampling Frequency: Max. 102.4 kHz

Temperature Input Channel Number: 4 (can be extended)

Sensor Type: T type thermocouple or PT100

Power Supply Method: external DC power supply

Communication: Network

 

 

Software

Features

  • Simple network connection

Ethernet connection allows HC-3000 and CEC-3000 can be installed in places away from the computer host. The distribution structure can greatly reduce system noise and electromagnetic interference. A PC can control multiple HC-3000 and CEC- 3000simultaneously by Ethernet. Because the control flow and data reading process is handled inside of the control machine, the Ethernet connection will not reduce the reliability of the system. Via a wireless router, PC or even can connect the WI-FI to control the Controller.

  • Excellent control design

Using advanced control algorithms and a simplified DSP architecture, the feedback time of the temperature and humidity time is reduced. Use the optimized adaptive PID control algorithm to meet the needs of different temperature curve. HC-3000 and CEC- 3000 also provides fast response to security protection.

  • Integrated Dynamic analysis

HC-3000 and CEC-3000 integrates a large number of general-purpose signal analysis methods, include a time-domain signal recording, transient signal interception, FFT, auto power spectrum, transfer function analysis.

  • Flexible hardware combinations

It can be arbitrarily superimposed into the multi-channel control system.

  • HC-3000 and CEC-3000 can be connected to two temperatures sensors, to meet a wider temperature range and accuracy of measurements.
  • Expandable external relay control and can write the test procedure

 

Parameter Table
THV Test System Technical Parameters (Chamber)
Temperature Fluctuations ±0.5
Temperature Deviation ±2
Temperature Uniformity 2
Humidity Range %RH 20~98
Humidity Deviation %RH 75%RH: ±5%; 75%RH: +2-3%
Dew Point Temperature +4~89.5
Power Supply 3/N/PE   AC380V±10%50Hz
Chamber model/volume L THV-600
Test Area Dimensions mm 800W×800D×950H
Load 25kg Aluminum ingots
Temperature Range -70~+180 -40~+180
Temperature Change Assessment Range -40~+85 -55~+85 \
Temperature Ramp Rate /min 2 5 10 15 2 5 10 15 2 5 10 15
Rated Power kW 9 12 19 25 9 17 23 36 7 10.5 \ \
Cooling Water Flow (+30) t/h 2.6 \N 3.4 \N 6.2 \N 10.6 2.1 \N 5.5 \N 9.7 14 2.3 5.8 \ \
Chamber model/volume L THV-1200
Test Area Dimensions mm 1100W×1100D×1000H
Load 50kg Aluminum ingots
Temperature Range -70~+180 -40~+180
Temperature Change Assessment Range -40~+85 -55~+85
Temperature Ramp Rate /min 2 5 10 15 2 5 10 15 2 5 10 15
Rated Power kW 9 19 25 39 10 21 36 43 7.9 13.9 \ \
Cooling Water Flow (+30) t/h 2.6 \N 6.2 \N 10.6 16.1 2.9 \N 6.8 \N 14 16.1 2.8 7.4 \ \
Chamber model/volume L THV-2200
Test Area Dimensions mm 1400W×1400D×1100H
Load 100kg Aluminum ingots
Temperature Range -70~+180 -40~+180
Temperature Change Assessment Range -40~+85 -55~+85 \
Temperature Ramp Rate /min 2 5 10 15 2 5 10 15 2 5 10 15
Rated Power kW 12 23 39 56 17 28 52 75 10.5 16.6 \ \
Cooling Water Flow (+30) t/h 3.4 \N 7.7 \N 16.1 20.9 5.5 \N 12 19.8 27.3 5.8 8.4 \ \
Chamber model/volume L THV-3300
Test Area Dimensions mm 1500W×1500D×1500H
Load 150kg Aluminum ingots
Temperature Range -70~+150 -40~+150
Temperature Change Assessment Range -40~+85 -55~+85 \
Temperature Ramp Rate /min 2 5 10 15 2 5 10 15 2 5 10 15
Rated Power kW 19 30 46 67 21 36 63 87 13.9 20 \ \
Cooling Water Flow (+30) t/h 6.2 \N 12.4 18.5 26.5 6.8 \N 14 23 30.7 6.4 10 \ \
Chamber model/volume L THV-4800
Test Area Dimensions mm 1800W×1800D×1500H
Load 150kg Aluminum ingots
Temperature Range -70~+150 -40~+150
Temperature Change Assessment Range -40~+85 -55~+85
Temperature Ramp Rate /min 2 5 10 15 2 5 10 15 2 5 10 15
Rated Power kW 23 39 81 93 23 43 87 126 13.9 24.6 \ \
Cooling Water Flow (+30) t/h 7.7/N 16.1 29.5 34 9.7 16.1 30.7 46 6.4 11.7 \ \
Chamber model/volume L THV-5800
Test Area Dimensions mm 1800W×1800D×1800H
Load 200kg Aluminum ingots
Temperature Range -70~+150 -40~+150
Temperature Change Assessment Range -40~+85 -55~+85 \
Temperature Ramp Rate /min 2 5 10 15 2 5 10 10 2 5 10 15
Rated Power kW 25 46 81 134 28 52 87 150 17.2 30 \ \
Cooling Water Flow (+30) t/h 10.6 18.5 29.5 53 12 19.8 30.7 54.6 7.4 13.6 \ \
Chamber model/volume L THV-8000
Test Area Dimensions mm 2000W×2000D×2000H
Load 200kg Aluminum ingots
Temperature Range -70~+150 -40~+150
Temperature Change Assessment Range -40~+85 -55~+85 \
Temperature Ramp Rate /min 2 5 10 15 2 5 10 10 2 5 10 15
Rated Power kW 25 46 93 162 28 63 126 174 17.2 \ \ \
Cooling Water Flow (+30) t/h 10.6 18.5 34 59 12 23 46 61.4 7.4 \ \ \
Chamber model/volume THV-10
Test Area Dimensions mm 2300W×2300D×2000H
Load 200kg Aluminum ingots
Temperature Range -70~+150 -40~+150
Temperature Change Assessment Range -40~+85 -55~+85 \
Temperature Ramp Rate /min 2 5 10 15 2 5 10 10 2 5 10 15
Rated Power kW 39 67 134 200 36 75 150 \ 20 \ \ \
Cooling Water Flow (+30) t/h 16.1 26.5 53 79.5 14 27.3 54.6 \ 7.9 \ \ \
Chamber model/volume THV-12
Test Area Dimensions mm 2200W×2200D×2600H/2500W×2500D×2000H
Load 200kg Aluminum ingots
Temperature Range -70~+150 -40~+150
Temperature Change Assessment Range -40~+85 -55~+85 \
Temperature Ramp Rate /min 2 5 10 15 2 5 10 10 2 5 10 15
Rated Power kW 39 67 134 200 36 75 150 \ 20 \ \ \
Cooling Water Flow (+30) t/h 16.1 26.5 53 79.5 14 27.3 54.6 \ 7.9 \ \ \
Chamber model/volume THV-18
Test Area Dimensions mm 3000W×3000D×2000H
Load 250kg Aluminum ingots
Temperature Range -70~+150 -40~+150
Temperature Change Assessment Range -40~+85 -55~+85 \
Temperature Ramp Rate /min 2 5 10 15 2 5 10 10 2 5 10 15
Rated Power kW 46 81 162 186 52 104 174 \ 24.6 \ \ \
Cooling Water Flow (+30) t/h 18.5 29.5 59 68 19.8 39.6 61.4 \ 9.7 \ \ \
Chamber model/volume THV-24
Test Area Dimensions mm 3000W×3000D×2600H
Load 250kg Aluminum ingots
Temperature Range -70~+150 -40~+150
Temperature Change Assessment Range -40~+85 -55~+85 \
Temperature Ramp Rate /min 2 5 10 15 2 5 10 10 2 5 10 15
Rated Power kW 46 81 162 243 63 104 \ \ 34 \ \ \
Cooling Water Flow (+30) t/h 18.5 29.5 59 89 23 39.6 \ \ 11.6 \ \ \

 

Note:

1. Temperature change rate, range, humidity and other parameters can be customized according to needs

2. The volume and size of the chamber can be customized according to needs

3. The product manufacturing standard meets IEC 60068-3-5 and JJF 1101-2003

4. The temperature change rate is assessed in the range of ambient temperature 23±3°C

5. Cooling water flow with "/N" is optional air cooling (greatly affected by the environment, not recommended)

6. The rated power in the table is low temperature holding power, and the actual installed power is subject to the scheme

THV Test System Select Guide
THV 600 THV 1200 THV 2200 THV 3300 THV 4800 THV 5800 THV 8000 THV 10 THV 12 2222 THV 12 2525 THV 18 THV 24
DC-1000/SV-0505
DC-1000/SV-0606
DC-1000/SV-0808
DC-2200/SV-0505
DC-2200/SV-0606
DC-2200/SV-0808
DC-3200/ST -1010
DC-3200/ST -1212
DC-3200/SV-0505
DC-3200/SV-0606
DC-3200/SV-0808
DC-3200/SV-1010
DC-3200/SV-1212
DC-4000/ST -1010
DC-4000/ST -1212
DC-4000/SV-0505
DC-4000/SV-0606
DC-4000/SV-0808
DC-4000/SV-1010
DC-4000/SV-1212
DC-5000/ST -1010
DC-5000/ST -1212
DC-5000/ST -1515
DC-5000/ST -2020
DC-5000/SV-0505
DC-5000/SV-0606
DC-5000/SV-0808
DC-5000/SV-1010
DC-5000/SV-1212
DC-5000/SV-1515
DC-6000/ST -1010
DC-6000/ST -1212
DC-6000/ST -1515
DC-6000/ST -2020
DC-6000/SV-0505
DC-6000/SV-0606
DC-6000/SV-0808
DC-6000/SV-1010
DC-6000/SV-1212
DC-6000/SV-1515
DC-6500/ST -1010
DC-6500/ST -1212
DC-6500/ST -1515
DC-6500/ST -2020
DC-6500/SV-0505
DC-6500/SV-0606
DC-6500/SV-0808
DC-6500/SV-1010
DC-6500/SV-1212
DC-6500/SV-1515
DC-7500/ST -1010
DC-7500/ST -1212
DC-7500/ST -1515
DC-7500/ST -2020
DC-7500/SV-0505
DC-7500/SV-0606
DC-7500/SV-0808
DC-7500/SV-1010
DC-7500/SV-1212
DC-7500/SV-1515
DC-12000/ST -1010
DC-12000/ST -1212
DC-12000/ST -1515
DC-12000/ST -2020
DC-12000/ST -2525
DC-12000/SV-0808
DC-12000/SV-1010
DC-12000/SV-1212
DC-12000/SV-1515
DC-20000/ST -1515
DC-20000/ST -2020
DC-20000/ST -2525
DC-20000/SV-1515
DC-30000/ST -2020
DC-30000/ST -2525

 

Note:

● Preferred         ○ Secondary