Products

Z-102i Ein - Micro Environment Air Monitoring System is a small online environmental monitoring system based on high precision (ppb level) gas sensor. It provides flexible sensor combination scheme and modular design, as well as online monitoring of PM10, PM2.5, SO2, NO2, O3, CO, VOCs, temperature, humidity and other factors in the atmosphere. Special factors can also be quickly configured according to the actual environmental monitoring requirements. The system is equipped with special temperature control system and sensing module to improve the environmental adaptability of the system and ensure the accuracy of monitoring data. Compared with conventional air stations, this system can realize high-density grid layout, achieve air pollution monitoring with high spatial and temporal resolution, and provide more timely and effective decision support for the pre-warning and prevention of environmental air pollution by combining the functions of Big Data, including environmental pollution source tracking and environmental pollution pre-warning and prediction, etc.

Based on standard Continuous Emission Monitoring System (Condensation), our company has developed a Positive-pressure Explosion-proof Continuous Emission Monitoring System. Z-51i Ein Continuous Emission Monitoring System is composed by explosion-proof dust monitoring subsystem, explosion-proof gaseous pollutant monitoring subsystem, explosion-proof flue gas parameter monitoring subsystem, and system control & data acquisition & processing subsystem. It can monitor SO2, NOX, O2, dust, temperature, pressure, velocity, etc. Other parameters can be extended as required for special occasions, such as HCl, HF, CO, CO2, humidity, etc

Based on the Chemiluminescence Principle, the NOX analyzer adopts modular structure design and combines with advanced Microprocessing Technology to provide accurate and reliable low-concentration NOX detection of 'PPB~PPM' level, which can be applied to atmospheric detection and CEMS system (dilution method). Features: Measurement range from 0~500ppb to 0~20ppm, selectable. Measure NO, NO2, NOX independently. Installed with permeable drying tank on ozonator. Bidirectional RS232 port for remote control. Timed dark current compensation, high stability. Adaptive signal filtering technology optimizes response time. Large capacity memory, store historical data automatically. Application Applied to atmospheric monitoring. Specifications Measuring range: 0~500ppb, 0~20,000ppb (adjustable) Unit: ppb, ppm, ug/m3, mg/m3 Zero noise:<0.2ppb（RMS） Limit of detection: 0.4ppb Zero drift:<1ppb/24h Span drift:<5ppb/24h Response time:<120s (T90) Linearity:<1%/F.S. Repeatability:<1% Sampling flow range: 400SCCM±50SCCM Ambient temperature: 5℃~40℃ Dimension: 178mmx430mmx635mm Weight:<16kg, external pump of 5kg Power: 200V~240V, 50/60Hz, 400W Analog output: 10V, 5V, 1V, 0.1V (selectable) Communication: RS232, RS485

GPIPL FLP RTD Temperature Sensor is designed for accurate temperature measurement in hazardous and explosive environments. It features a Pt100 sensing element housed in a certified flameproof (Ex-d) aluminium enclosure with a stainless-steel probe. The sensor ensures high accuracy, reliability, and safe operation in chemical, oil & gas, and process industries. Available with multiple wiring configurations and optional 4–20 mA transmitter.

Z-19iEin Split-type Temperature, Pressure & Velocity Monitor is designed for working condition of low flowrate (1m/s～5m/s). It employs high-precision micro differential pressure/static pressure sensor and special structure design of pitot tube. Combined with automatic calibration and purge technology, it can be widely applied in real-time and continuous flue gas measurement of temperature, pressure, velocity and flow. APPLICATION: Applied in online monitoring of temperature, pressure, velocity and flow for gases of low velocity, high temperature, high humidity and high dust in flue of boiler and furnace as well as exhaust duct of mine, etc.

In-situ online gas pollution monitoring system using TDLAS & DOAS technology for real-time, continuous, high-accuracy measurement of flue gas components (SO₂, NOx, CO, CO₂, NH₃, O₂) directly in the stack without sample extraction. AVALIABLE IN STOCK Online Flue Gas Pollution Monitoring System Using TDLAS & DOAS In-Situ Gas Analyzer In-Situ TDLAS & DOAS Flue Gas Analyzer for Continuous Emission Monitoring Advanced Gas Pollution Monitoring: TDLAS & DOAS In-Situ Analyzer for Flue Gas Continuous In-Situ Flue Gas Monitoring Using TDLAS and DOAS Technologies Real-Time Emission Monitoring with TDLAS & DOAS In-Situ Gas Analyzer Specifications TDLAS Technical Index. Principle: TDLAS Range: CO: 0-1000ppm, CO2 : 0~25% Indication error: ≤2%F.S. Repeatability: ≤2%F.S.Zero drift: ≤2%F.S./7d Span drift: ≤2%F.S./7d DOAS Technical Index Principle: DOAS Range: SO2: 0~1000ppm, NO: 0~1000ppm, NO2: 0~1000ppm Indication error: ≤2%F.S. Repeatability: ≤2%F.S. Zero drift: ≤2%F.S./7d Span drift: ≤2%F.S./7d Power: (220±15%)VAC, 50Hz, 600W Gas source: 0.4~0.8MPa, oil-free, water-free and dust-free Response time: T90≤10s (double modules) Analog output: 5x4-20mA output (depend on gas combination) Switch input: 4xRelay output Digital input: 1xRS485 output Ambient temperature: -20℃~60℃ Ambient humidity: ≤90%RH, non condensing

This product adopts piezoelectric effect of artificial polarized ceramic for design. It is suitable for monitoring of all kinds of vibrating mechanical facility, specially the vibration measurement of rotating and reciprocating machinery. The unit can measure acceleration, velocity and displacement, which is widely used in mechanical manufacture, electric power, metallurgy and general aviation etc. field. Features Visually displays measurement value & state Acceleration, Velocity and displacement measurement Different vibration frequency selection High sensitivity probe for accurate measurement Provides long and short probe head, each one is suitable for different situation measurement. Equipped with AC signal output interface Low power indication function Auto power-off Backlight LCD display Simple to use, the structure is compact, portable for carrying along with measurement. Send Enquiry

The H2 Series hydrogen generation system produces 2 Nm³/hr (76 scf/hr) of ultra-high purity hydrogen gas for applications such as materials processing, power plant cooling, electronics applications, etc. These systems benefit hydrogen users by improving supply reliability and site safety, while also reducing hydrogen storage space. The generators are modular, field-upgradeable and designed to compete with delivered hydrogen anywhere in the world. A single H6 unit will supply the equivalent of one and one-half jumbo tube trailers every month. Multiple H-systems may be combined for additional capacity at no extra integration cost. H Series hydrogen generators, combined with Proton Energy's patent-pending StableFlow Continuous Hydrogen Injection Process offer outstanding advantages to hydrogen-cooled electric power plants including reduced windage loss, and improved component life. Benefits Include ✔ Pure, dry, UHP grade hydrogen - 99.999% ✔ Improved supply reliability by eliminating deliveries ✔ Improved site security ✔ Reduced delivery truck traffic into the site ✔ Reduced paperwork for hydrogen billings ✔ Reduced need to store hydrogen on-site ✔ Lower overall costs Features ✔ Auto fill water level control ✔ Water monitoring system including purity monitor ✔ Automatic production control ✔ System senses demand and adjusts production rate ✔ Purge airflow monitoring system assures safe operation ✔ Automatic leak detection system

FEATURES * Main specification meet IEC 651 type 2. * A, C weighting. Digital-Sound-Level-Meter- Range: Digital Sound Level Meter (Range: 30 to 130 dB) * Max. hold. * Fast/slow time weighting. AC/DC output. * Range : 3 ranges, 30 to 130 dB. * Mini pocket size. * DC 9V battery ( 006P ) or DC 9V adapter in.

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Usage/Application Industrial Display Type Digital Model Name/Number AM - 4201 Features FOR INDUSTRIAL USAGE Brand Lutron Country of Origin Made in India Availability In Stock Custom one-chip of micro-processor LSI circuitDisplay * 13 mm(0.5") Super large LCD display.: * Dual function meter's display Measurement in/s (meters per second) km/h (kilometers per hour) if/mm (feet/per minute) knots (nautical miles per hour) mile/h(miles per hour) Temp. -°C, °F. Data hold. Power off' Auto shut oft' saves battery life or manual off by push buttonOperating Temperature 0 0C to 50 0C(32 0 F to 122 0 F). Power Supply 1.5 V AAA (UM-4) battery x 6 PCs. (Alkaline or heavy duty type).Power Current Approx. DC 30 mA.

We are Providing Gas Pollution Sources Online Monitoring Features:  Laser back scattering principle eliminates the mechani- cal vibration of flue gas, the uneven temperature of the flue gas, the background stray light and other factors that interfere with the detection accuracy  Single-end installation without optical alignment  Modulated laser beam, greatly improve anti- interference ability  Automatic gain control and temperature compensation  Infrared remote control function, safer operation  LCD display to read the dust concentration onsite  “No tools” onsite installation method, convenient installation, disassembly and cleaning  Compact structure, low power consumption, approx. 3W Measurement Principle Measurement Range Flue Diameter Laser Component Sensitivity Indication Error Span Drift Analog Output Laser Back Scattering Method 0~500mg/m3(conventional range); 0~10g/m3(customized range) 0.5m~15m (customizable) 650nm, 7mW 1mg/m3 ≤±20% ±2%F.S. 1-way 4-20mA, Maximum load 800Ω, 2-way 4-20mA option Communication Interface RS485 Ambient Temperature (-20~45)℃ Ambient Humidity <100%RH, no condensation Flue Gas Temperature 0~150℃ (need to be customized for higher temperature) Human-PC Interaction Infrared remote controller + large LCD display Power Supply DC (24±2.4)V Power Approx. 3W Dimensions & Weight 158(W)×273(D)×158(H)mm, approx. 3kg