WZS300 test bench is our latest independent researched special device to test the performance of high-pressure common rail injector, controlled by industrial computer, Windows operating system. The oil quantity is measured by sensor and displayed on computer screen(Electronic fuel delivery system). All data can be searched and saved. It adopts BOSCH(DENSO) original common rail pump to provide 0~1600 bar for rail pressure(DENSO). The rail pressure can be adjusted automatically, and it also provide pressure overload protect. It can test common rail injector of BOSCH, SIEMENS, DELPHI, DENSO. Advanced technology, steady performance, precise measurement and convenient operation. CHARACTERISTIC 1. Controlled by industrial computer in real time, Windows operating system. 2. Oil quantity is measured by sensor and displayed on 10.4tactile LCD screen; 3. More than 400 kinds of injecotors data can be searched and used. 4. It is installed BOSCH(DENSO) common rail pump to provide 0~1600 bar for denso rail. 5. Rail pressure can be tested in real time, 6. Provide pressure overload protect by DENSO rail. 7. Pulse and frequency of the injector can be adjusted. 8. Injection time can be setted. 9. Protection function of short-circuit. 10. Precise measurement, easy operation, low noise. FUNCTION 1.Test injector brandsBOSCH, SIEMENS, DELPHI, DENSO. 2. Test 1 piece of injector. 3. Test the pre-injection of common rail injector. 4. Test the max. oil quantity of common rail injector. 5. Test the cranking oil quantity of common rail injector. 6. Test the back flow oil quantity of common rail injector. 7.Test the average oil quantity of common rail injector. 8. Test the seal performance of common rail injector. 9. Data can be searched and saved. TECHNICAL PARAMETER 1. Pulse width: 0.120ms 2. Continuous injection times: 01000 3. Fuel temperature: 40±2 4. Rail high pressure: 01600 bar 5. Test oil filtered precision: 5 6. Input power: 380V/50hz/3phase or 220V/60hz/3phase 7. Rotation speed: 0~3000RPM 8. Oil tank capacity:16L 9. Weight:300KG. 10. Size: length 95.5cm width 71cm height:142cm
Product : Adapter Socket from SOIC-8 to DIP-8 Application: Can work on a sop-8 device like an EEPROM, with a DIL programmer Exceptions/Problem areas: OE numbers were the item has/can been applied on:
Items Data Main motor output power(kw) 7.5,11,15,18.5 Frequency Converter Sanch Stroke Counting (Rpm) 50-9999 Standard injectors ZS12SJ1 Power of fuel pump motor (kw) 0.75 Scope of rotate speed (r/m) 0~4000 Number of cylinders 12 Height of principal axis center (mm) 125 Filter oil precision of test bench() 4.5~5.5 Volume of big and small volumetric cylinderml 150 45 Volume of fuel tank(L) 40 DC power supply 12/24V Low pressure of fuel oil pressure(Mpa) 0~0.6 High pressure of fuel oil pressure(Mpa) 0~6 Pressure Gauge for VE Pump (Mpa) 0-1.6 Pressure Gauge for VE Pump (Mpa) 0-0.16 Control temperature of fuel () 40±2 Flywheel inertia(kg*m) 0.8~0.9 Scope of rack bar stroke(mm) 0~25 Measuring range of flow meter(L/m) 10~100 DC electrical source(V) 12 24 Positive pressure of air supply(Mpa) 0~0.3 Negative pressure of air supply(Mpa) -0.03~0 Dimension of Packing ( L*W*H(m )) 2.45*1.25*1.90 Gross weight of Test bench( kg) 850-900 Color GREEN, BLUE or any color
Power 0.25kw/0.37kw Max. Rim Diameter 10''-24'' Max. Rim Width 1.5''-20'' Power Supply 220V/110V/400v Balancing Speed 200 rpm Max. Wheel Weight 65kg Place of Origin Shanghai, China (Mainland) Brand Name Aroad Model Number A-870 balancing accuracy ±1g balancing cycle 8s
Typical Applications * Die cavity of molds * Inspection of bearing and other mass produced parts on a production line * Failure analysis of pressure vessel, steam generator and other equipment * Inspection of installed machinery, permanent parts of assembled systems and heavy work pieces. * Testing surface of a small hollow space * Material identification in the warehouse of metallic materials * Rapid testing in large range and multi-measuring areas for large-scale work piece 1.2 Testing Features * Palm size for narrow space. * Test at any angle, even upside down. * Direct display of hardness scales HRB, HRC, HV, HB, HS, HL. * Large memory could store 250 groups including single measured value, impact direction, material and hardness scale etc. * User recalibration function allowed. * Can communicate with PC computer for statistics and printing by the optional cable. * Manual or automatic shut down. * Low battery indication. Technical Specifications Display: 12.5mm LCD with back light Accuracy: Display error ±0.8% at LD=900 Measuring range: 200-900L Conversion: HL-HRC-HRB-HB-HV-HSD Materials: 9 different common materials With RS232C interface Memory:250 data can be stored and re-readable Impact device: D Will handle the majority of hardness testing applications. Weight: 75g Power supply: 4x1.5V AAA size battery Dimension: 146×65×36mm Weight: 130g (not including batteries) Storage temperature-3060; Relative humidity: ≤90
Main Features and Specifications Measure concentration of HC, CO, CO2, O2 and NO contained in exhaust gases from gasoline vehicle engine andvalue; High-brightness big LCD screen; English menu; CNG, LPG, ethanol cars can be tested; Standard inductive RPM measurement adapter and RS232 communication port are equipped; 10 minutes standard warm-up or 5 minutes warm-up for fast measurement; Comply with ISO 3930 or OIML R99 class 1 accuracy. Measuring Range HC: 0~10000 ×10^-6n-Hexane CO: 0~10 ×10^ -2(%) CO2: 0~20 ×10^ -2(%) O2: 0~25 ×10^ -2(%) NO: 0~5,000 ×10^-6 Indication Error HC: ±12 ×10^-6 (absolute error) or ±5% (relative error) CO: ± 0.6 ×10^ -2(%)(absolute error) or ±5% (relative error) CO2±0.5 ×10^ -2(%)(absolute error) or ±5% (relative error) O2±.01 ×10^ -2(%)(absolute error) or±5% (relative error) NO± 25 ×10^-6 (absolute error) or±4% (relative error) Warm-up Time 10 min. (5 min. warm-up for fast measurement Response Time Less than 10s; No less than 15s
Power 0.2kw/0.37kw Max. Rim Diameter 10''-24'' Max. Rim Width 1.5''-20'' Power Supply 220V/110V Balancing Speed 200 rpm Max. Wheel Weight 65kg Place of Origin Shanghai, China (Mainland) Brand Name Aroad Model Number A-800 Balancing Accuracy ±19 Measuring time
FEATURES * Designed to determine the indentation hardness of materials ranging from cellular products to rigid plastics. Each Durometer type is made to a specific scale (i.e. A, C, D) and is capable of producing a value between 0 and 100. Shore A is designed to measure the penetration hardness of rubber, elastomers and other rubber like substances such as neoprene, silicone, and vinyl. It can also be used for soft plastics, felt, leather and similar materials. Shore C is designed for various foam and sponge. Shore D is designed for Plastics, Formica, Epoxies and Plexiglass. * It meets standards: DIN 53505, ISO 868, ISO 7619, ASTM D 2240, JIS K7215. * Used the exclusive Micro-computer LSI circuit and crystal time base to offer high accuracy measurement. SPECIFICATIONS Display4 digits, 10 mm LCD Range10~90 HA Resolution 0.1 HA Measurement deviation: ≤ ±1HA Power supply: 2x1.5v AA (UM-3) battery Operating condition: Temp. 0~40 Humidity 80% PC interface: RS232C interface Power off : 2 modes Manual off at any time by depressing the power key till OFF shows on the display or Auto power off after 2 minutes from last key operation . Accessories Carrying case 1 pc. Operation manual 1 pc. Test block 1 pc.
Main Features and Specifications Measure concentration of HC, CO, CO2, O2 and NO contained in exhaust gases from gasoline vehicle engine andvalue; High-brightness big LCD screen; English menu; CNG, LPG, ethanol cars can be tested; Standard inductive RPM measurement adapter and RS232 communication port are equipped; 10 minutes standard warm-up or 5 minutes warm-up for fast measurement; Comply with ISO 3930 or OIML R99 class 1 accuracy. Measuring Range HC: 0~10000 ×10^-6n-Hexane CO: 0~10 ×10^ -2(%) CO2: 0~20 ×10^ -2(%) O2: 0~25 ×10^ -2(%) NO: 0~5,000 ×10^-6 Indication Error HC: ±12 ×10^-6 (absolute error) or ±5% (relative error) CO: ± 0.6 ×10^ -2(%)(absolute error) or ±5% (relative error) CO2±0.5 ×10^ -2(%)(absolute error) or ±5% (relative error) O2±.01 ×10^ -2(%)(absolute error) or±5% (relative error) NO± 25 ×10^-6 (absolute error) or±4% (relative error) Warm-up Time 10 min. (5 min. warm-up for fast measurement Response Time Less than 10s; No less than 15s