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Product System
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Product System
Product System
Product System
Optical time-of-flight image sensor IC
MLX75026 QVGA is the second member of the third generation of fully integrated optical time-of-flight (ToF) sensor IC. This product is compatible with VGA resolution ToF sensor IC MLX75027. Target applications include automotive driver monitoring (DMS), in-vehicle monitoring (ICM), external protection and robotics, automated transportation (AGV), human and 3D object detection in industry, retail, logistics, and smart cities. In car interior sensing applications, a VGA resolution sensor can cover the entire interior space, but the QVGA TOF sensor MLX75026 can provide similar resolution for multiple single-seat areas, such as for driver monitoring, body position monitoring, Crew classification, etc. This sensor IC has a QVGA (320×240) pixel array, a small package and a small ¼” optical size. It is fully compatible with the VGA ToF sensor IC, which can greatly promote the reuse of existing software, thereby Simplify the migration path between cost-effective QVGA and more high-end VGA solutions.
The wide-band current sensor has the advantages of high accuracy, bandwidth, high sensitivity and no need for external power supply, etc. It is especially suitable for the measurement of pulsed high current and harmonic current. The main performance indicators of the current sensor have been tested by authoritative departments, reaching the advanced level of similar products in the world; it is cost-effective and easy to use. Small batch customization is acceptable.
JC-OM400Q Omnidirectional UHF Sensor V2.0
The installation is simple, non-contact, remote monitoring, and does not affect the equipment.
One-time investment, the overall cost is low.
Complementary with manual inspection, reducing hidden dangers caused by long-term inspections.
Strong anti-interference ability, rich software database, automatic identification and elimination of interference signals.
High cost performance, environmental protection and pollution-free
High accuracy, flexible fixing method, small size
The shell material adopts anion ABS with beautiful appearance, small size and convenient installation
Light weight, fully enclosed, high insulation
High saturation induction intensity, strong overload capacity
Distributed Optical Fiber Linear Thermal Fire Detector (DTS)
Distributed optical fiber linear temperature-sensitive fire detector (DTS) is a real-time, online and continuous temperature measurement system. It is a high-tech product integrating light, electricity, signal detection, and computer technology. It has real-time monitoring and measurement. The characteristics of high temperature accuracy, long measuring distance, accurate positioning, intrinsic safety and immunity from electromagnetic interference can be widely used in the following fields to truly prevent problems before they occur.
SPS076 cable temperature sensor
The following goals can be achieved by using this monitoring system: 1) Realize 24 hours a day uninterrupted online monitoring, alarm (sound and light alarm) as soon as the monitoring data exceeds the limit, and formulate scientific inspection and maintenance plans; 2) Improve management efficiency and save enterprises Cost; 3) Avoid the difficulty and danger of manual inspection in dangerous areas; 4) Implement early warning and alarm system to detect accident signs in advance and prevent accidents
JC-GS200 Series Intelligent Integrated Gas Detector
Detection principle: methane: infrared; oxygen, carbon monoxide, hydrogen sulfide, hydrogen, temperature, humidity: electrochemistry;
Detection gas: methane (CH4); oxygen (O2); carbon monoxide (CO); hydrogen sulfide (H2S); hydrogen (H2);
Cable sheath circulation and voltage monitoring system
1. Real-time monitoring of the ground current and voltage of the power cable can detect abnormalities in the ground current and voltage of the cable early, and take measures to deal with cable faults;
2. The sheath current and voltage acquisition device has two interfaces: Ethernet port and RS485; 3. The sheath current acquisition device has an extended function: add three-way sheath current;
4. In addition to the current transformer, the front-end equipment is installed in the collection device inside the pipe gallery as a whole. It has a high degree of protection and adapts to the humid environment in the pipe gallery;
5. Provide protection layer current and voltage data to a third-party centralized monitoring platform, and provide software or hardware bottom-level interfaces, seamlessly integrating with the integrated management platform.
The FC-9617 breeze vibration sensor uses the latest MEMS sensor technology and wireless communication technology to collect in real time the frequency and amplitude of the slight vibration of the overhead high-voltage power transmission line in operation under the influence of breeze.
Adopt the latest imported low-power dual-axis MEMS sensor with high measurement accuracy;
With its own calendar clock and large-capacity memory, it can save the collected data locally, and mark the time stamp for the collected data; support the use of mobile phone text messages for data query, alarm reception and parameter setting;
Equipped with a low-power LCD display and control buttons to realize local display of monitoring data and configuration parameters; using solar + lithium battery power supply system, lightweight, easy to install and maintain;
The communication method is flexible and supports ZIGBEE/WIFIGSM/CDMA/GPRS/4G network; it is an industrial-grade product, with a waterproof metal shell, suitable for various harsh climate environments; the system adopts a low-power design and adopts a dynamic power management strategy to meet the festival Electrical requirements;
Support controlled acquisition and active acquisition, the sampling interval can be set through the background software (1 minute to 24 hours);
Equipped with complete background software, with functions such as data storage, historical data query, report, printing, graph drawing, etc., it can perform trend analysis on the state of the tower;
It meets the corporate standard of the State Grid Corporation of China "General Technical Specifications for Transmission Line Condition Monitoring Devices" (Q/GDW 242-2010). The encryption chip NRSEC300 can be built-in to support access to the unified platform of the State Grid.
Online monitoring of wire galloping
Using imported sensors, high measurement accuracy;
Use solar power supply system or coil induction to take power, easy to install and maintain;
Flexible communication mode, support ZIGBEE/WIFIGSM CDMA/GPRS and 4G network;
It is an industrial-grade product, using a waterproof metal shell, anti-electromagnetic interference, suitable for various harsh climate environments; the system adopts a low-power design, and adopts a dynamic power management strategy to meet power saving requirements;
Equipped with complete background software. With functions such as data storage, historical data query, report, printing, graph drawing, etc., it can conduct qualitative and quantitative analysis of the wire condition;
Support controlled collection mode and automatic collection mode, the sampling interval (5 minutes ~ 24 hours), alarm threshold and other parameters can be set through the background software: support the use of mobile phones for data query and alarm reception;
Meet the State Grid Corporation corporate standard "General Technical Specifications for Transmission Line Condition Monitoring Devices" (Q/GDw 242-2010.
FC-9623 Pole Tower Inclination Sensor is a cost-effective dual-axis inclination sensor using MEMS technology and digital output. The measurement range is ±30°, the highest accuracy is 0.02°, and the operating temperature is -40°C-+85°C. The product uses the latest MEMS accelerometer and high-resolution differential digital-to-analog converter, built-in automatic compensation and automatic calibration artificial intelligence algorithms, which can eliminate errors caused by environmental changes. This product converts the change of static gravity field into the change of inclination angle, and directly outputs the value of horizontal inclination angle through digital method. This product has the characteristics of high long-term stability, low temperature drift, simple use, and strong anti-interference ability. It is required for long-term stability. Recommended choice for industries with extremely high and limited range.
Leakage current monitoring system
Use solar power supply system to supply power or wire diagram induction to take power, which is convenient for installation and maintenance;
Flexible communication mode, support ZIGBEE/WIFLGSM/CDMA/GPRS and 4G network;
It is an industrial-grade product, using a waterproof metal shell, anti-electromagnetic interference, suitable for various harsh climate environments; the system adopts a low-power design, and adopts a dynamic power management strategy to meet power saving requirements;
Equipped with complete background software. With functions such as data storage, historical data query, report form, printing, graph drawing, etc., it can perform qualitative and quantitative analysis and trend prediction of the leakage current of the insulator in operation;
It supports controlled collection mode and automatic collection mode. The sampling interval (5 minutes to 24 hours), alarm threshold and other parameters can be set through the background software. Support the use of mobile phones for data query and alarm reception;
Meet the State Grid Corporation's corporate standard ``General Technical Specifications for Transmission Line Condition Monitoring Devices'' (Q/GDW 242-2010).
The scope of application of the five-element weather monitor:
Multi-element weather monitoring station;
Photovoltaic weather station/road weather station;
On-line monitoring equipment for transmission lines;
Construction site dust monitoring station;
Grid air environment monitoring project;
Continuous online monitoring system for flue gas emissions CEMS;
Marine float weather monitoring system, etc.
Features of the five-element weather monitor:
Integrated monitoring, data output at the same time;
Modular combination, arbitrarily matched according to needs;
Small size, light weight, easy to install and move;
Low power consumption, less than 0.2W, suitable for industries with high power consumption requirements.
FC-9618 Wind Deflection Sensor
FC-9618 wind yaw sensor uses the latest MEMS sensor technology and wireless communication technology to realize real-time monitoring of the sag height and wind yaw angle of high-voltage transmission lines. Mainly used for: Monitoring the vertical height and wind deflection angle of the tensile jumper, combining the tower information to calculate the minimum electrical clearance between the jumper and the outside of the tower body.
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