Measuring & Analyzing Instruments

Product Description Oil Filled Diffused Sillcon Pressure Transmitter Sensor For Water And Oil Test 19mm Silicon Piezoresistive Pressure Sensor Introduction of Pressure Transmitter Sensor: HT19F functions as a silicon piezoresistive pressure sensor ,with a core consisting of a highly stable diffused silicon element,. It effectively measures the pressure of liquids and gases by transmitting the pressure of the tested medium to the silicon diaphragm through an isolation diaphragm and silicon oil.The sensor's versatility finds extensive use in air compressors and refrigerationsystems. Product Features of Pressure Transmitter Sensor: 1.Utilizing advanced technology and 316L stainless steel housing, along with materials such as titanium and Hastelloy for the diaphragm 2.Employing thick-film circuits for temperature compensation and zero-point correction 3.outstanding reliability, repeatability, and stability Applications of Pressure Transmitter Sensor: 1.Suitable for measuring non-corrosive gas and liquid pressure with 316L stainless steel compatibility 2.Applied in various industrial process sites, including petroleum, chemical, metallurgy, power, and hydrology 3.Used in marine and aviation industries 4.Suitable for hydraulic and pneumatic control systems 5.Utilized in process control applications Electrical performance of Pressure Transmitter Sensor: 1.Power Supply: ≤2mA DC (Typical 1.5mA DC) 2.Input Impedance:3KΩ~6KΩ 3.Output Impedance:2.5KΩ~6KΩ 4.Electrical Connection:Gold-plated Kovar pins or 100mm high-temperature wires. Performance Parameters: Range Gauge(G) 10KPa,20KPa,35KPa,100KPa,200KPa,350KPa,1000KPa , ,2000Kpa Absolute(A) 100KPaA,200KPaA,350KPaA,700KPaA,1000KPaA,2000KPaA< , br>Sealed(S) 3500KPaS,7MPaS,10MPaS,20MPaS.40MPaS.60MPaS.100MPaS , Typ Max Unit Nonlinearity ±0.15 ±0.3 %F.S Repeatability 0.05 0.1 %F.S Hysteresis 0.05 0.1 %F.S Zero Output 0±1 0±2 mV Span Output ≤20KPa 50±10 50±30 mV ≥35kPa 100±10 100±30 mV Temperature Error-Zero ≤20KPa ±1 ±2 %F.S ≥35kPa ±0.5 ±1 %F.S Temperature Error-Span ≤20KPa ±1 ±2 %F.S ≥35kPa ±0.5 ±1 %F.S Compensated Temp. ≤20KPa 0~50 ºC ≥35kPa 0~70 ºC Operating Temperature -20~80 ºC Storage Temperature -40~125 ºC Allowable Overload Take the smaller value between 3 times the full scale or 120MPa Burst Pressure 5X the full scale Long-term Stability 0.2 % F.S/Year Diaphragm Material 316L Insulation Resistance ≥200MΩ 100VDC Vibration No change under conditions of 10gRMS, 20Hz to 2000Hz Shock 100g,11ms Response Time ≤1ms O-ring Seal Nitrile ring or Fluoro ring Filling Medium Silicon Oil Weight ~ 28g The parameters are tested under the following conditions: 1.5mA @ 25°C Outline Construction <3.5MPaS ht19 Micro-Pressure Pressure Sensor for transmittert ≥3.5MPaS <40MPaS ht19 Micro-Pressure Pressure Sensor for transmittert ≥40MPaS ht19 Micro-Pressure Pressure Sensor for transmittert Electrical connection and compensation ht19 Micro-Pressure Pressure Sensor for transmittert Selection Examplesht19 Micro-Pressure Pressure Sensor for transmittert Ordering tips1. Pay attention to the fit between the core size and the transmitter housing during assembly to achieve the required airtightness 2. During the assembly of the housing, ensure it is aligned vertically and apply even pressure to avoid jamming or damaging the compensation plate. 3. If the measured medium is not compatible with the core diaphragm and the housing material (316L), special instructions should be provided when placing the order. 4. Avoid pressing the sensor diaphragm with hands or sharp objects to prevent damage to the core due to diaphragm deformation or piercing. 5. Keep the pressure port of the gauge pressure core open to the atmosphere and prevent the entry of water, water vapor, or corrosive media into the core negative pressure chamber. 6. If there are any changes to the pin leads, follow the label on the actual core for reference. 19mm Oil Filled Pressure Transmitter Diffused Sillcon Pressure Transmitter Water Oil Test 519mm Oil Filled Pressure Transmitter Diffused Sillcon Pressure Transmitter Water Oil Test 6

PRODUCT DESCRIPTION High quality Cut off wavelength 200-1100 nm Bp520 Band Pass Filter For Fluorescence Detection Fluorescence detection bandpass filter is mainly used for fluorescence microscope and fluorescencequalitative instrument. Fluorescent filters are widely used in biochemical analysis neighborhoods. Fluorescent filtersgenerally include two types: excitation filter and emission filter. Excitation filter (Exciting Filter, Exciter Filter, Excitation Filter): in a fluorescence microscope, only afilter that can pass the wavelength of the fluorescence can be passed. There is also the direct use oflaser as a stimulated luminescence. Emission filters (Emitting Filter, Emission Filter, Barrier Filter, Emitter): select and transmit thefluorescence emitted by the sample, and the other light rays cutoff. The wavelength of the emittinglight is longer than that of the stimulated luminescence. The bandpass filter or the long pass filtercan be selected as the transmitting filter. Fluorescence detection bandpass filter is mainly used for fluorescence microscope and fluorescencequalitative instrument. Fluorescent filters are widely used in biochemical analysis neighborhoods. Fluorescent filtersgenerally include two types: excitation filter and emission filter. Excitation filter (Exciting Filter, Exciter Filter, Excitation Filter): in a fluorescence microscope, only afilter that can pass the wavelength of the fluorescence can be passed. There is also the direct use oflaser as a stimulated luminescence. Emission filters (Emitting Filter, Emission Filter, Barrier Filter, Emitter): select and transmit thefluorescence emitted by the sample, and the other light rays cutoff. The wavelength of the emittinglight is longer than that of the stimulated luminescence. The bandpass filter or the long pass filtercan be selected as the transmitting filter.

Product Description Portable Syngas Analyzer for CO2 Heating Value biomass gasifications steel making process applications Here are a few considerations and recommendations for portable syngas analyzers for CO2 heating value measurement in biomass gasification for steelmaking processes: 1. Gas Components Monitoring: Ensure the analyzer can accurately measure the components of syngas, including CO, CO2, H2, CH4, and other trace gases that might be present. 2. Accuracy and Precision: Look for analyzers with high accuracy and precision in measurements. This is crucial for reliable data in process optimization. 3. Response Time: A fast response time is important for real-time monitoring and control. It helps in making quick adjustments to the process. 4. Temperature and Pressure Range: Ensure the analyzer can operate within the range of temperatures and pressures typically encountered in the gasification process. 5. Durability and Portability: Since it's a portable analyzer, it should be robust enough to withstand the conditions of an industrial setting. It should also be easy to transport and set up. 6. Calibration and Maintenance: Check if the analyzer has a straightforward calibration process and inquire about maintenance requirements. 7. Data Logging and Communication**: Look for features like data logging, which can be useful for trend analysis. Also, consider if it has the capability to communicate data to a central monitoring system. 8. Safety Features: Ensure the analyzer has safety features in place, especially when dealing with potentially hazardous gases. 9. Power Source: Consider the power requirements and if the analyzer can be powered using readily available sources in your facility. 10. Cost and Support: Evaluate the cost of the analyzer and the availability of technical support from the manufacturer. For specific product recommendations, I recommend consulting with specialized suppliers or reaching out to companies that specialize in gas analysis equipment. They can provide you with detailed information on available models that meet your specific requirements. Keep in mind that the market might have new offerings beyond my last training data in September 2021, so it's a good idea to check for the latest options. O2%+CO%+CO2%+CH4%+CnHm%+H2% All measurement in one unit Applications coal chemical process steel making process as blast furnace, converter, coking, direct iron ore smelting reduction syngas production from Biomass and coal gas gasification processes Components Method Range Resolution Precision CO2 NDIR 0-5% to 100% 0.01% ≤2% CO NDIR 0-5% to 100% 0.01% ≤2% H2 TCD 0-5% to 100% 0.01% ≤3% O2 ECD 0-5% to 25% 0.01% ≤3% CH4 NDIR 0-5% to 100% 0.01% ≤2% CnHm (optional) NDIR 0-5% to 10% 0.01% ≤2% Note: Measurement range can be customized by the requirement. Max: 6 components at the same time. Response Time (TD+T90) <10s (NDIR) Response Time 15min I/O port RS232 Work temperature 0～50℃ Relative humidity 5～85% Ambient air pressure 86～108kPa Power supply AC 220±10%V 50Hz±1Hz Weight About 3.5kg

ER-MA-5 (Alternative of MS1000) (20~150ug): 1. Bias stability (Allan Curve) 5 ug; 2. Bias stability (1s Standard Deviation)(1σ) <20ug; 3. Bias month repeatability 200ug. ER-MA-5 High Accuracy MEMS Accelerometer (Alternative of MS1000) Accelerometer is an inertial sensor, which can measure the linear acceleration due to gravity. MEMS accelerometer has the characteristics of small volume, light weight and low energy consumption that can be widely used in vibration detection, attitude control, security alarm, consumer applications, motion recognition and status recording. Accelerometers are combined with gyroscopes and magnetometers to create IMU (inertial measurement units). Applications ER-MA-5 High Accuracy MEMS Accelerometer (alternative of MS1000) Inertial measurement: inertial guidance, overload measurement, combined navigation Tilt measurement: antenna attitude, platform measurement, dip test Vibration measurement: mechanical equipment, bridge dam, safety test

ER-MG-056 (3°/h) 1. 3°/hr bias instability; 2. 0.25°/√hr angular random walk; 3. Economical MEMS. ER-MG-056 Economical MEMS Gyroscope Introduction The ER-MG-056 Low-cost & High-accuracy MEMS Gyro is a single-axis MEMS angular rate sensor, which can measure the maximum angular velocity of ±400°/s, and the digital output conforms to SPI slave mode 3 protocol. Angular rate data is presented as a 24-bit word. The ER-MG-056 is intended for industrial, instrumentation, stabilization, and other high performance applications. An advanced, differential sensor design rejects the influence of linear acceleration, enabling the ER-MG-056 to operate in exceedingly harsh environments where shock and vibration are present. The ER-MG-056 is available in a hermetically sealed ceramic LCC surface mount package, and is capable of operating at 5V supply and a wide temperature range (−50°C to +85°C). Features Proven and robust silicon MEMS gyro Up to ±400°/s measurement range 3°/hr bias instability 0.25°/√hr angular random walk Digital output (SPI slave) 5V operation (4.75~5.25V supply) Low power consumption (35 mA) High shock and vibration rejection Hermetically sealed ceramic LCC surface mount package (11x11x2mm) Integrated temperature sensor RoHS compliant Applications Precision instrumentation, stabilization Guidance, navigation, control Avionics, unmanned vehicles Precision autonomous machines, robotics

ER-2MG-01 (≤25º/h) 1. Small dimension; 2. Good Stability; 3. High performance. Dual Axis MEMS Gyroscope The Dual Axis MEMS Gyroscope has the characteristics of low power consumption, wide operating temperature range, wide bandwidth, small size, fast start-up, DC input and DC output, etc., and can be widely used in automotive electronics, aircraft guidance and control, attitude reference systems, platform stability, Robots, antenna stability, cameras, digital camera gyroscopes and other systems. Applications UAV (Unmanned Aerial Vehicle) Balance measurement

ER-MNS-05 (0.5°/1°): 1. Triaxial MEMS North Seeker; 2. Mini size and high performance; 3. Full temperature compensation. ER-MNS-05 Cost-Efficient Triaxial MEMS North Seeker https://www.ericcointernational.com/nort , h-finders/mems-north-finder/three-axis- mems-no , rth-seeker.html 1. Technical Features Triaxial MEMS gyro and accelerometer Full temperature compensation High performance and mini size Light weight, low power consumption -45 ℃ to +80℃ full temperature scale compensation 4KHz high-speed sampling Resistant to harsh mechanical environment Have software online upgrade function 2. Technical Advantages 1) The accuracy can be customized, also can be widely used in many fields ER-MNS-05 Triaxial MEMS North Seeker is a highly reliable and cost-effective combination of six-axis MEMS inertial sensors, which can be widely used in navigation, control and measurement fields represented by inertial navigation and attitude stabilization. ER-MNS-05 3 Axis MEMS North Seeker can be configured with different hardware and software according to the needs of users, so as to meet the needs of different users. 2) Advanced process and technology The ER-MNS-05 3 axis MEMS North Seeker integrates high-performance MEMS gyroscope and MEMS accelerometer in an independent structure. The gyroscope and accelerometer selected in the module represent the leading level of MEMS process inertial devices. The three-axis MEMS gyroscope is sensitive to the angular motion of the carrier, and the three-axis MEMS accelerometer is sensitive to the linear acceleration of the carrier. The zero position, scale factor, non-orthogonal error and acceleration related terms of the whole temperature parameter are compensated inside the module. It can also maintain high measurement accuracy for a long time. At the same time, the module adopts the overall vibration reduction, sealing design and other measures to ensure that the product can still accurately measure the angular and linear motion parameters of the carrier in the harsh environment, so as to provide users with a low-cost and high reliability solution. 3) High precision components manufacturing and system calibration compensation technology. We have accumulated a series of key technologies in the research and development process of this project to ensure the high performance of the products. At the same time, the system adopts high-speed sampling, static error compensation (zero position, scale factor, installation error and other fine compensation in the whole temperature zone), dynamic error compensation and other technologies, to ensure that the product during the use process to achieve the best performance. 4) High quality and reliability Through the comprehensive control of upstream and downstream processes and technologies, the company can effectively improve product quality and reduce system costs. At the same time, the company implements ISO9001 and GJB quality systems adopt strict processes to ensure the reliability and consistency of product performance. Especially in the desert and other outdoor areas, the precision of traditional geomagnetic north finding schemes is not high. ER-MNS-05 Triaxial MEMS North Seeker produced by our company has the characteristics of being free from environmental interference, high precision measurement, small size and low power consumption, which can well meet the above requirements. 3. Applications North finder Navigation and control Attitude reference system Guidance Vehicle and ship attitude measurement Integrated inertial/satellite navigation system Drilling and production systems Mobile mapping system On-the-move

ER-MNS-04 (0.5°/1°): 1. Single axis MEMS gyroscope; 2. Economical north seeker; 3. Fast seeking true north. ER-MNS-04 Economical MEMS North Seeker Introduction More information please click here ER-MNS-04 Economical MEMS North Seeker (0.5°/1°) use high precision MEMS gyro to find true north, built-in IMU is used to measure pitch angle. It has features of miniature, low power consumption, long usage life, high reliability. The products are widely used in coal mining, oil drilling, tunnel construction and geodesy, also can be used for static initial alignment and direction control of radar, antenna, vehicle and other objects. Applications North seeker Navigation and control Attitude reference system Guidance Vehicle and ship attitude measurement Integrated inertial/satellite navigation system Drilling and production system Mobile mapping system On-the-move

ER-FNS-01 High Performance Dynamic FOG North Seeker (0.02°-0.5°) Introduction ER-FNS-0 , 1 High Performance Dynamic FOG North Seeker (0.02°-0.5°) consists of high precision, rugged solid FOG, quartz accelerometer, data acquisition and processing unit. It can provide its true north position information when the carrier moves. At the same time, the information of motion attitude, velocity and position of the carrier can also be displayed. This dynamic north seeker is suitable for static and dynamic initial alignment of missile launch, weapon aiming, direction control of radar, antenna and land surveying and mapping. https://www.ericcointernational.co , m/north-finders/fiber-optic-gyro-north- finder/ , dynamic-fiber-optic-gyro-north-finder.html , Applications North seeker Navigation and control Attitude reference system Guidance Vehicle and ship attitude measurement Integrated inertial/satellite navigation system Drilling and production system Mobile mapping system On-the-move

Technical Features 1. Precise P.I.D. temperature control High-precision timer Alarm capability Consistent fluid medium heating Inclusion of a standard square metal clamp and a free shrink holder Equipped with an oil bath cover Standard: ASTM D2732 Main Parameters Sample Size ≤160 mm x 160 mm Temperature Range Ambient ~ 200°C Accuracy ±0.3°C Dimension 37*44*28 LWH cm Power Supply 220V 50Hz Technical Features 1. Precise P.I.D. temperature control High-precision timer Alarm capability Consistent fluid medium heating Inclusion of a standard square metal clamp and a free shrink holder Equipped with an oil bath cover Standard: ASTM D2732 Main Parameters Sample Size ≤160 mm x 160 mm Temperature Range Ambient ~ 200°C Accuracy ±0.3°C Dimension 37*44*28 LWH cm Power Supply 220V 50Hz

Minimum Order: 1 bags

Application The FSR-01 Shrink Force and Ratio Tester serves the purpose of measuring both the shrinking forces and shrinkage ratio of heat shrinkable films. These films are typically created through extrusion and stretching (hot drawing) during their manufacturing process, retaining this stretched state even after cooling. When the heat shrinkable film is reheated to the temperature at which the initial stress was introduced and subsequently fixed during its production, this stress is released, causing the film to contract or "shrink back." Depending on the specific manufacturing treatment applied, the film can be categorized as either biaxially oriented (stretched in two directions) or uniaxially oriented (stretched in one direction). Test Process 1. A well-insulated air oven is heated to the set temperature. The two samples are placed separately on two test stations, for shrinkage rate and shrink/contraction force testing. 2. A temperature probe is located to measuring area, to give result as reference temp. The air oven is driven down automatically to cover the sample area. The force and shrink rate are to be measured and the shrinkage temperature is reached when the maximum shrinking force is attained. 3. When this force has decreased by around 15%~30%, the air oven is lifted and time is recorded. 4. The assessment of shrinkage ratio is performed at the mean time. Technical Features 1. PLC Control and HMI Touch Screen: ensuring industrial-level stability. 2. Well-Insulated Air Oven: The air oven is excellently insulated and capable of automatic lowering and lifting, enhancing the precision of the testing. 3. Non-Contact Shrink Ratio Measurement: accomplished through a noncontact method, improving accuracy and reliability. 4. Real-Time Display:including shrinking force, contracting force, and shrinkage ratio, allowing for immediate analysis and monitoring. 5. Elimination of Interference Factors: Irrelevant interference factors like friction and cool air are effectively eliminated, ensuring the accuracy of the results. 6. Stable Heating System: The heating system is stable and well-balanced, maintaining consistent and controlled test conditions. 7. Easy Sample Loading: Sample loading is made easy, streamlining the testing process and reducing setup time. 8. High-Resolution Sensors: The system is equipped with high-resolution force transducers and thermometers, guaranteeing precise measurements. 9. Connectivity and Software:(optional) It includes an RS232 port for data connectivity and offers optional professional software for advanced data analysis and reporting capabilities. Standards: ISO 14616, DIN 53369

Minimum Order: 1 bags

Application The FPT-01 Friction and Peel Tester is a versatile and multifunctional device designed for various applications: Measurement of Coefficient of Friction: It accurately measures both static and kinetic coefficients of friction for a wide range of materials, including plastic films, sheets, rubber, paper, paperboard, PP woven bags, fabrics, composites, and more. This capability is valuable for understanding how materials interact with each other and with various surfaces. Delicate Peeling Force Test: The tester can perform delicate peeling force tests on materials such as release paper, adhesive tape, medical adhesives, composite films, and protective films. This feature is essential for assessing the ease of separation between different layers of materials, ensuring product quality and performance. The FPT-01 Friction and Peel Tester is a versatile instrument that serves as a valuable tool for quality control, product development, and research in industries dealing with a wide range of materials, from packaging to medical applications. System Description FPT-01 Friction and peel tester has a fixed loadcell position, with a protection cover. A movable plane is installed firmly to ball lead screw. The sled is to put on sample sticking to the plane, which is then connected to loadcell, with a filament. When performing peeling test, as the force is small, the right sample clamp is stuck to plane, using double side type. Then a separation action is performed to peel the sample and force is recorded during the process. Technical Features FPT-01 Friction and peel tester is a PLC-controlled unit with industrial-grade stability and operates through an intuitive HMI touch screen interface. The precision ball lead screw mechanism ensures consistent speed and displacement control. The system offers two distinct testing methods: one for measuring the coefficient of friction (COF) and another for assessing peeling forces. In COF tests, precise free speed settings are available, while peeling tests consider parameters that influence peeling results, such as initial and tail portions. Other features 1. Real-time data analysis and display, including results and graphical curves. 2. Compliance with various test standards. 3. Integration of a dot matrix micro printer. 4. Inclusion of an advanced peeling program. 5. Optional RS232 and software. Major Standards ISO 8295, ASTM D1894, TAPPI T816, ISO 8510-2, ASTM D4917, ASTM D3330, TAPPI T549

Minimum Order: 1 bags

Background Impact resistance plays an important role in the performance of material subjected to regular shocking load or impact load. As this kind of load may cause rupture, cracking or deformation. There are various test procedures to evaluate the impact resistance of a material, such as dart impact, ball impact, pendulum impact, izod, charpy, tensile, etc. Application Falling ball impact tester measures the resistance performance of plates, sheets, and composites, films foils, paper etc. with less than 2mm thickness. By impact test, the material ability to resist external destruction can be indicated. User observes the destruction status of the test specimen after it has been hit by a falling weight that fell from a given testing height. Test Method A steel ball of known mass and diameter is released from a predetermined height, creating a controlled impact force on the test specimen (film or plastic sheet). The impact energy and the resulting damage or deformation are measured and analyzed to assess the material's impact resistance. Factors Influence Result 1. Drop Height: The height from which the steel ball is dropped is a critical parameter that can be adjusted to simulate different impact scenarios. 2. Ball Size and Mass: The size and mass of the steel ball are selected based on the specific testing standards or application requirements.

Minimum Order: 1 bags

Background The coefficient of friction pertains to the friction present between two surfaces. A lower coefficient of friction signifies that less force is needed for sliding to commence, while a higher value indicates a greater force requirement. The coefficient of friction varies based on the specific materials involved. In the context of packaging film, the coefficient of friction refers to the extent of 'slipperiness' exhibited by the packaging material when in contact with different components of the packaging machine or other materials. The management of the coefficient of friction holds significance in enhancing performance and mitigating issues during the creation, transportation, and storage of packages. Numerous factors, such as antiblock additives, corona treatment, antistatic agents, inks, varnishes, and adhesives, can influence the coefficient of friction. Application The COF-01 Coefficient of Friction Tester is designed to measure both static and kinetic coefficients of friction for a wide range of materials. These materials include plastic films, sheets, rubber, paper, paperboard, woven and non-woven fabrics, metal-plastic composite belts used in communication cables and conveyor belts, wood, coatings, brake pads, windshield wipers, shoe materials, and tires. The tester can also be adapted or modified to accommodate various other material types and testing standards. Standards: ASTM D1894, ISO 8295, TAPPI T816, GB 10006

Minimum Order: 1 bags