Intelligent Hardware

Intelligent Hardware

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Multi-channel Thermal Resistance Response Time Tester

The multi-channel thermal resistance response time tester is an integrated, portable device designed for in-situ measurement of the dynamic response characteristics of temperature sensors. It employs a multi-channel integrated architecture to overcome the technical limitations of conventional insertion‑type testing equipment, such as large size, complex operation, and low efficiency.

Parameter

Scope

Supply voltage

AC 220V/50Hz

Power supply capacity

120W

Number of channels

5

Operating temperature

0℃~55℃

Protection rating

IP31

Equipment weight

17.6 kg

Equipment external dimensions

470*360*235mm

Multi-channel acquisition

Powerful software analysis capabilities

In-situ measurement

Human-centered operational design

High-fidelity data acquisition

Portable all-in-one chassis

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Wireless vibration sensor

This product is a Wi‑Fi‑enabled, single‑axis device powered by batteries, with a battery life exceeding one year. It features an integrated embedded processing unit for local signal preprocessing. Its industrial‑grade design ensures robust performance in harsh environments—such as high humidity, dusty conditions, and strong electromagnetic interference—and is specifically engineered for online monitoring and fault diagnosis of industrial rotating machinery.

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Parameter

Scope

Vibration sensor type

Single-axis accelerometer

Vibration acceleration range

±50g

Frequency response range (±5%)

DC~2kHz

Frequency response range (±3 dB)

≤5kHz

Sampling frequency

≤40 kHz, software-configurable

Sampling duration

Default is 1 second; configurable via software.

Sampling period

Default is 1 second; configurable via software.

Communication method

Wi-Fi 2.4 GHz

Operating temperature

-20~70℃

Ambient temperature measurement range

-40~85℃

Temperature measurement range of the device object

-40~115℃

Temperature measurement accuracy

±1℃

Protection rating

IP66

Installation method

Bolt installation / Magnetic attachment / Adhesive mounting

High response and high precision

Non-contact temperature measurement

Battery State-of-Charge Monitoring System

Easy to install and maintain

Parameter

Scope

Vibration sensor type

Single-axis accelerometer

Vibration acceleration range

±50g

Frequency response range (±5%)

1~2 kHz

Frequency response range (±3 dB)

≤5kHz

Sampling frequency

≤40 kHz, software-configurable

Sampling duration

Default is 1 second; configurable via software.

Sampling period

Default is 1 second; configurable via software.

Communication method

Wi-Fi 2.4 GHz

Operating temperature

-20~70℃

Ambient temperature measurement range

-40~85℃

Temperature measurement range of the device object

-40~115℃

Temperature measurement accuracy

±1℃

Protection rating

IP66
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Smart Gateway

This product integrates an EtherCAT slave module and is equipped with industrial communication interfaces, including a 100 Mbps Ethernet port, RS‑232/RS‑485 serial ports, and a CAN bus. It features a wide‑range DC 12–24 V power supply design, supports on‑demand expansion of encryption modules, and offers application‑specific customized software services.

Parameter

Scope

Supply voltage range

DC 12V~24V

Operating current

≤200mA(@24V)

Operating power consumption

≤5W

SDRAM capacity

32 MByte

FLASH Capacity

256 MBytes

Communication interface

1 × 100M Ethernet port / 1 × CAN interface / 1 × RS485 / 2 × RS232

EtherCAT count

1 unit (slave)

Operating temperature range

-10~60℃

Storage temperature range

-30~80℃

Operating humidity range

RH 0%~90%

Housing material

Black sand-textured baked paint on the surface of galvanized sheet metal

Shell manufacturing process

Sheet metal

Rich in interfaces

Hardware and software data encryption

Software customization

Drive controller

This product is an industrial‑grade, secure smart device that integrates edge computing, data encryption, and real‑time analytics, enabling local processing of sensitive data while ensuring robust security. It features built-in multi‑protocol interfaces, compatible with PLCs and sensors, to deliver low‑latency control and operational optimization, with encrypted data transmission to the cloud. It is ideally suited for high‑security applications such as smart manufacturing and energy monitoring.

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The core board is replaceable.

Rich in interfaces

Enhanced Cryptographic Security

Real-time collection

Parameter

Scope

Power Amplifier Module

According to the interface requirements of the in-house developed controller, a single in-house control board has a total of 12 channels.

Single-channel average power

4.5W

Average current

30mA

Load requirements

Meets the requirements for a 4 Hz, 0–120 V sine wave, with 12 channels operating simultaneously under load.

Step requirement

Boost and buck conversion: 50 V (extreme range) with a response time of less than 50 ms (achieved simultaneously across all 12 channels).

Output voltage

0~150V (Under no circumstances shall the voltage exceed 170V*)

Output voltage ripple

≤20mV

Voltage stability

<0.1%F.S. (span)/ 8 hours (<0.15 V)

Power supply mode

Dual-power supply, input source DC 24 V, adjustable high‑power DC power supply exceeding 170 V.

Bus communication

EtherCAT (switching time ≤ 2 ms)
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Encrypted Edge Compute Controller

This product acquires LVDT displacement measurements, compares them in real time with setpoints transmitted from the host computer via the EtherCAT interface, and generates control signals to drive a piezoelectric actuator, thereby achieving closed-loop regulation of the coating head’s displacement. It is specifically designed as an intelligent control system for coating‑process coating heads.

Parameter

Scope

Supply voltage range

DC 12V-36V

Operating current

≤2A(@24V)

Operating power consumption

≤50W

CPU

X86/ARM replaceable

RAM

8~32GB supported

Hard disk

32 GB to 4 TB optional

Ethernet port

Three Gigabit Ethernet ports

USB port

Four-port 2.0 USB

Serial port

Four RS-232/RS-485 serial ports, with 2500 VDC isolation protection.

Operating temperature range

0~40℃

Storage temperature range

-30~80℃

Integrated Acquisition and Drive Control

Output high precision

Fast response time