可靠・有效・可扩展性
一、技术规格书
1.Scope of Supply 供货范围
系统包含以下设备:
设备名称 | 型号 | 数量 |
排放测试系统 | ||
船用排气分析仪 | MEXA-ONE-RS-DSEGR | 1 |
CO(L),CO(H)/CO2,O2,NO/NOX,THC,CH4,CO2(EGR) | (1) | |
加热采样管含前置过滤器 12m | (1) | |
标定单元 | GDC-ONE | 1 |
安装调试,现场支持 | 1 |
备注:(1)包含在第一项主机内。
1.1.Motor Exhaust Gas Analyzer MEXA-ONE-RS-DSEGR
直采式气体分析仪
MEXA-ONE-RS Series is a direct gas analyzer for measuring raw engine exhaust gas.
This system can measure the concentration of the following major components of engine exhaust gas,CO, CO₂, NO/NOx , THC, CH4 (for calculated NMHC)and O₂ , with a combination of standard and optional
analyzers.
MEXA-ONE-RS系列排放分析仪,可用于发动机排气污染物测试,可以测量发动机排放中的CO, CO₂,THC, NOx, CH4, O₂等成分。
Model name DS is separate type analyzer system with cart.
This analyzer system is effective for the bench for measuring large size engine such as ships that the analyzer must be moved near the engine.
Control cabinet | Analyzer cabinet |
1.1.1 Outline 规格
Emission standard 排放标准 |
符合国际海事组织(IMO)《2008 年 NOx 技术规则》及其修正案和中国船级社《船用柴油机氮氧化物排放试验及检验指南 2020》关于船用柴油机排放气体成分的分析仪的技术条件与分析和测量仪器的校准的技术要求。 符合 ISO 5725-1 和 ISO 5725-2 的要求。 满足 GB/T 11606-2007 分析仪环境试验方法,2.2 环境条件分组,第Ⅲ组对应的使用条件和运输流通条件的要求: |
Application 应用 |
Measurement of raw exhaust gas from diesel or gasoline engines 原始排放 |
Measuring components and Ranges 测量组分 |
・ CO(L): 0 – 50 to 5000 ppm ・ CO(H): 0 – 0.5 to 12 vol% ・ CO₂ : 0 – 0.5 to 20 vol% ・ THC: 0 – 50 to 60000 ppmC ・ CH4: 0 – 50 to 25000 ppmC (with NMHC calculation function) ・ NO/NOx : 0 – 10 to 10000 ppm (switching NO/NOx) ・ O₂: 0 – 1 to 25 vol% ・ CO₂(EGR): 0 – 0.5 to 20 vol% |
Principle 原理 |
・ CO: Non-Dispersive Infrared detection (NDIR) ・ CO₂ : Non-Dispersive Infrared detection (NDIR) ・ NO/NOx : Chemiluminescence detection (CLD) (vacuum type, sample measurement without dehumidification) ・ THC: Flame ionization detection (FID) ・ CH4: Non-methane cutter FID (NMC-FID) ・ O₂ : Magneto-pneumatic detection (MPD) |
Outputs/Inputs 输入/ 输出 |
・ Monitoring on LCD ・ Analog output: 0-10 V, 16 channels (output components are selectable) ・ Host communication by AK-LAN and META-LAN |
Interval of data Updating 数据采样频率 |
・ LAN communication: 0.1 s (10 Hz) ・ Data saving: 0. 1 / 0.5 / 1.0 / 5.0 / 10.0 s (selectable) |
Sample lines (in a cabinet) 采样线 |
・ Direct line: 1 line ・ EGR line: 1 line |
Sample gas flow rate 采样流量 |
・ Direct line: approx. 11 L/min ・ EGR line: approx. 4 L/min |
Sample line temperature (heated sampling unit) 采样线温度 |
Standard: 191 ºC ± 6 ºC |
Sample inlet pressure 采样点压力 |
At the inlet of sampling tube ・ Direct line: -10kPa to 200 kPa (as gauge pressure) ・ EGR line: -66.7 kPa to 200 kPa (as gauge pressure) |
Sample inlet gas temperature 采样点样气温度 |
250 ºC or less at sample probe inlet |
Operating environment 工作环境 |
・ Ambient temperature: 5ºC to 40 ºC ・ Ambient humidity: 80% or less as relative humidity ・ Vibration: no vibration ・ Atmospheric pressure: 80 kPa to 102 kPa (as absolute pressure) |
1.1.2 System configuration 系统配置
Configuration 配置 |
Control cabinet 控制单元 ・ Control unit (for rack-mount) 控制单元 Control PC 控制电脑 Monitor (touch-screen) 显示器 Keyboard (touch-pad) 键盘 ・ Interface unit 接口单元 ・ Analyzers 分析仪 Cold analyzer (see Table 1) 冷态分析单元 19 inch: CO, CO₂ , O₂ Analyzer cabinet 分析仪单元 - Heated analyzer (see Table 2) 热态分析单元 19 inch: NOx Consists of heated sampling and analyzer: THC, CH4 ・ Sampling unit 采样单元 - Providing cold and heated sampling 提供冷态和热态采样线 Optional units (installed separately from main cabinet)选配 ・ Heated pre-filter unit for sample 加热前置过滤器 - F-01H 1set ・ Heated pre-filter unit for EGR 加热前置过滤器 - F-01HE 1set ・ Leak checker ・(for leak check & response time check) |
Connections of sample lines 采样线连接 |
・ Direct line: φ8/φ6 heated tube (191 ºC), max. 12 m ・ EGR line: φ6/φ4 sampling tube, max. 30 m |
Gas inlets and outlets (externally connected) 气体输入输出 |
・ N₂inlet: φ6/φ4 PTFE tube ・ Compressed air inlet: φ6/φ4 nylon tube ・ Span gas inlet: φ6/φ4 PTFE tube, max. 11 Lines ・ Exhaust: φ22/φ15 spring hose |
Power supply voltage and frequency 电源 |
・ AC 220 V ±22 V, 50 Hz±1 Hz, single phase |
Power requirements 功率 |
Control cabinet & Analyzer cabinet: Stable state approx. 1.2 kVA, Max. approx. 3.7 kVA Heated sampling tube(6 m): approx. 0.5 kVA |
Table1 Cold analyzer 表 1 冷态分析单元
Model 规格 |
Components 组件 |
Range 范围 |
Principle 原理 |
Type 类型 |
Remarks 注意 |
AIA-170 | CO(L) | 0-50 to 5,000ppm | NDIR | 19 inch |
4 ranges 4 段量程 |
CO(H) | 0-0.5 to 12 vol% | ||||
CO₂ | 0-0.5 to 20 vol% | ||||
IMA-172 | CO₂(EGR) | 0-0.5 to 20 vol% | NDIR | 19 inch |
CO₂analyzer for EGR measurement 4 ranges 4 段量程 |
O₂ | 0-1 to 25 vol% | PMD |
4 ranges 4 段量程 |
Table2 Heated analyzer 表 2 加热分析单元
Model 规格 |
Components 组件 |
Range 范围 |
Principle 原理 |
Type 类型 |
Remarks 注意 |
CLA-176 | NO/NOx |
0-10 to 10000 ppm |
CLD | 19 inch |
(Standard) Switching NO/NOx 9 ranges 9 量程 |
FIA-176N | THC | 0-50 to 60000 ppmC | FID |
Consists of heated sampling and analyzer |
NMHC measurement by calculation 9 ranges 9 量程 |
CH4 | 0-50 to 25000 ppmC | NMC-FID |
1.1.3 Utilities 应用气体
Calibration gas (Zero gas) 零气 |
For CO・CO₂・NO/NOx ・O₂analyzer: N₂(purity 99.99 or more,) 100 kPa±10 kPa For THC/CH4analyzer:N₂or purified air, 100 kPa±10 kPa ・ N₂: purity 99.99 % or more ・ Purified air: THC impurity 0.05 ppmC or less, O₂concentration 20 vol% to 21 vol% (stable) |
Calibration gas (Span gas) 标定 |
For CO・CO₂・NO/NOx ・O₂analyzer: each component gas / N₂, 100 kPa ±10 kPa For THC analyzer: C3H8 / N₂or C3H8 / air ,100 kPa ± 10 kPa (Using balance gas same as zero gas) For CH4analyzer: CH4/N₂or CH4/Air, 100 kPa±10 kPa (Using balance gas same as zero gas) * Please use the span gas corresponding between 80% and 100% of the range full scale. |
Operation gases 工作气体 |
- NO/NOx analyzer ozone-source gas: ・ O₂(purity 99.99% or more) ・ Supply pressure 100 kPa±10 kPa, approx. 350 mL/min (standard) - THC analyzer fuel gas: ・ H₂/He 39.0 to 41.0 vol% (THC 0.05 ppmC or less) ・ Supply pressure 100 kPa±10 kPa, approx. 120 mL/min (standard, per component) - THC analyzer burner air: ・ Purified air (THC 0.05 ppmC or less, CO 1 ppm or less, CO₂10 ppm or less, O₂20.5 vol% to 21.5 vol% or less, NOx 0.02 ppm or less, N2O 0.02 ppm or less) ・ Supply pressure 100 kPa±10 kPa, approx. 140 mL/min (standard, per component) - O₂analyzer carrier gas: ・ N₂(purity 99.99 % or more) ・ Supply pressure 100 kPa±10 kPa, approx. 12 mL/min (standard) For Line purge gas : ・ Compressed air (oil-free dry air, THC 10 ppmC or less) ・ Supply pressure 400 kPa±100 kPa, approx. 20 L/min (Standard, when purging) |
1.1.4 Performance 性能
Zero noise /Span noise 零点噪声/ 满度噪声 |
・ CO(L): 0.20 ppm ・ CO(H): 6.0 ppm ・ CO₂: 4.0 ppm ・ NO: 0.02 ppm ・ THC: 0.02 ppmC ・ CH4: 0.10 ppmC ・ O₂: 40 ppm * Span gases with concentration of 80 % to 100 % of the full scale or more shall be used. * The noise is defined as the standard deviation of the concentration reading multiplied by 2. |
Accuracy 精度 |
±2.0 per cent of the reading or ±1.0 per cent of full scale whichever is smaller (in the range of 10-100% of full scale.) |
Repeatability 重复性 |
Within ±0.5% of full scale |
Rise time(t 10 - 90 ) 响应时间 |
・ CO(L): within 1.5 s ・ CO(H): within 1.2 s ・ CO₂: within 1.2 s ・ NO: within 1.2 s ・ THC: within 1.0 s ・ CH4: within 1.2 s ・ O₂: within 1.5 s |
Zero / span drift 零点/满度漂移 |
Zero: within ±1.0% FS/ 8 h ≤±1.0% FS/ 8 h Span: within ±1.0% FS/ 8 h ≤±1.0% FS/ 8 h (with ambient temperature fluctuation of within ± 5 ºC ) |
Linearity 线性度 |
Determination coefficient R2: 0.998 or more Standard error of estimate SEE: 1% of full scale or less Slope a1:0.99 to 1.01 Intercept coefficient a0:0.5% of full scale or less (at each cutoff point of 10 division of full scale for each range) |
*Span gases with concentration of 80 % to 100 % of the full scale or more shall be used.
Interference for CO(L) CO(L) |
CO₂16 vol% : within ±5 ppm of CO reading 25 ºC saturated H₂O:within ±5 ppm of CO reading |
Interference for CO(H) CO(H) |
CO₂16 vol% + 25 ºC saturated H₂O:within ±300 ppm of CO reading |
Interference for NO/NOx NO/NOx 干扰 |
CO₂1 vol%: within -0.1% of NO/NOx readings H₂O1 vol%: within -0.3% of NO/NOx readings |
Interference for THC THC 干扰 |
O20 vol% to 21 vol%:within ±1.5% of THC readings (for C3H8 350 ppmC±75 ppmC) |
Interference for O₂ O₂干扰 |
NO 1000 ppm: 500 ppm or less |
NO/NOx converter Efficiency 氮氧化物效率检查 |
95.0% or higher (for 800 ppm to 1000 ppm NO₂) |
Non-methane cutter penetration fractions 非甲烷截止器穿透率 |
CH4 penetration fraction: 85.0% or higher C2H6 penetration fraction: 2.0% or less |
Response factors of different hydrocarbons for THC analyzer |
CH4: 1.00 to 1.15 C3H6,C7H8: 0.90 to 1.10 (for standard gas of C3H8 350 ppmC±75 ppmC) |
Warming up time 热机时间 |
3.0 hours after turning on the main power |
Effect of sample inlet Pressure 压力影响 |
within ±1.0% of full scale (inlet pressure -5 kPa to +30 kPa (as gauge pressure), as THC 100 ppmC) |
*Please contact to the HORIBA group company, in case concentration of the interference gas
is higher than specification.
1.1.5 Other 其他
Heated filter (Model:F-01H) |
・ Function: Sample line filter |
加热过滤器 | ・ Mass: approx. 12 kg |
Heated filter for EGR (Model:HF-11) |
・ Function: EGR line filter ・ Mass: Approx. 12 kg |
Analog output unit (Model:RB-01) |
Separate type, connection cable Output voltage: 0-1 V / 0-10 V (selectable) |
Leak checker unit |
Unit for Leak check and HC hang up check ・ Supplying zero/span gas to sample line inlet |
1.2 Calibration Equipments 标定系统
1.2.1 Standard Gas Divider and Converter Checker 气体分割器及NOx转 转换效率检查器 换效率检查器 GDC-ONE
1.2.2 Outline 概述
Model GDC-ONE | Model GDC-ONE |
Conformed standards 满足标准 |
CE marked (Low voltage directive、EMC directive ),FCC,KC marked |
Application 应用 |
- Gas divider:气体分割器 Dividing standard gas to check analyzer’s calibration curve 分割标准气体来检查分析仪标定曲线 - Converter checker:转换效率检查器 Generating check gas for converter efficiency of CLD 产生气体检查 CLD 转换效率 |
External communication 外部通讯 |
RS-232C |
Gas inlet/outlet 气体入口 气体入口/ 出口 |
- Inlet (COMP / N₂/ Air / O₂): Rc 1/8 (4 ports) - Outlet (OUTLET): Rc 1/8 - Exhaust: Rc 1/8 |
Material of gas lines 气路材质 |
Stainless steel, Vyton, PTFE 不锈钢,PTFE |
Operating temperature 操作温度 操作温度 |
For operation: 5 ºC to 45 ºC For operation with warranted accuracy: 21 ºC to 25 ºC |
Power supply voltage and frequency 电 源和 频率 |
100 V to 240 V AC (fluctuation ±10% and upper limit 250 V), 50/60 Hz(± 1 Hz), single phase |
Power requirements 电 源需求 |
Less than 150 VA as maximum, less than 100 VA at stable state |
Mass 重量 | Approx. 25 kg |
Dimensions 尺寸 | 430(W)×177(H)×450(D) mm |
1.Gas Divider 气体分割器
Principle of gas dividing 气体分割原理 |
Mixing gases under the controlled flow rate by mass flow controllers(MFC) |
Flow rate of generated gas 发 生气体流量 |
4.0 L/min ± 0.1 L/min (25ºC, 101.3 kPa) |
Pressure of gas outlet 出口 |
0kPa to 40kPa (gauge pressure) |
Available dividing ratio 可用分割率 |
- 100% - Between 90% and 50%: 5.0% step (90, 85,80, ... , 50) - Between 50% and 5%: 1.0% step (50, 49, ... , 5) - Between 5% and 0%: 0.1% step (5.0, 4.9,4.8, ... , 0.0) |
Accuracy of dividing ratio 分割精度 |
±0.5% of set value *1 |
Repeatability of dividing ratio 分割比重复性 |
±0.5% of set value *1 |
Component gas *2 气体 组分 |
Either of following is available, 100 kPa ± 10 kPa (gauge pressure) *1 - 0 to 20% CO / N₂ - 0 to 20% CO₂/ Air or N₂ - 0 to 1% NO / N₂ - 0 to 5,000ppm NO₂/ N₂ - 0 to 5,000ppm N₂O/ N₂ - 0 to 10 %C3H8 / Air or N₂ - 0 to 2.5% CH4 / Air or N₂ - 0 to 1% n-C6H14 / Air or N₂ - 0 to 25% O₂/ N₂ |
Balance gas 平衡气 |
Purified air or N₂ (Balance gas should be the same with base gas of COMP gas) |
Supply gas pressure 供气压力 |
100 kPa ± 10 kPa (gauge pressure) |
Exhaust flow rate 排气流量 |
Component gas(Only C3H8 and NO): At cutting point of 20% of full scale or less, 0.3 L/min to 0.5 L/min |
*1 : Based on standard flow meter
*2 : Please contact to HORIBA group office when using NH3 and H2 of Component gas .
1.2.3 Converter Checker 转换效率检查器
Concentration of Check (COMP) gas 检查器浓度 |
NO / N₂, Approx.10 ppm to approx.1000 ppm |
Flow rate of generated gas 发生气流量 |
2.2 L/min ± 0.4 L/min |
Pressure of gas outlet出口压力 | 0kPa to 40 kPa (gauge pressure) |
Stability of generated gas 气体稳定性 |
±1.0% of check gas concentration / 10 min |
Source gases 气源 |
Following gases, 100 kPa ± 10 kPa (gauge pressure) - Check (COMP) gas: NO / N₂ - Zero gas: N₂ - Oxigen: O₂ |
设备图纸
技术支持及售后服务方案
Horiba China After Service Organization
堀场中国售后服务体系以及服务机构
堀场在上海、北京、广州、长春、重庆、武汉等地区均设有售后服务窗口,
能够及时响应并且提供售后服务.
部分用户清单及合同
用户名称 | 型号 | 数量 | 设备备注 | 时间 |
大连理工大学 | MEXA-ONE-RS-DS,GDC-ONE | 1 | 船用柴油机气体排放分析仪 | 2023 |
天津内燃机研究所 | FTX-ONE-CS | 1 | FTIR 气体采样分析系统 | 2023 |
苏州英特模汽车科技有限公司 | MEXA-ONE-D2&D1 | 1 | 排放分析仪 | 2022 |
潍柴动力股份有限公司 | MEXA-ONE-D2-EGR | 2 | 排放分析仪 | 2022 |
昆山易泰 | MEXA-ONE-D2-EGR | 3 | 排放分析仪 | 2022 |
厦门市产品质量监督检验院 | OBS-ONE-GS02-PN | 1 | 车载排放分析仪 | 2022 |
郑州机动车质量检测认证技术研究 中心 |
OBS-ONE | 1 | 车载式排放污染物检测系统 | 2022 |
巨能摩托车科技有限公司 | MEXA-ONE-C1 | 1 | 摩托车排放分析仪 | 2022 |
无锡镓祥智能技术有限公司 | MEXA-ONE-RS-EGR | 1 | 排放分析系统 | 2022 |
常州东风农机集团有限公司 | OBS-ONE | 1 | 车载排放仪 | 2022 |
珩晅(上海)新能源科技有限公司 | MEXA-ONE-D2-EGR | 1 | 气体排放分析系统 | 2022 |
一汽解放汽车有限公司无锡柴油机 厂 |
OBS-ONE | 1 | 非道路 PEMS 设备 | 2022 |
上海京桂测控科技有限公司 | MEXA-ONE-D1-EGR | 1 | 发动机排放分析系统 | 2022 |
北京氢燃科技有限公司 |
MEXA-ONE-D1 FTX-ONE-CS MDLT-ONE MEXA-2300SPCS GDC-ONE HyEVO-1000 |
1 | 2022 | |
中汽研昆明 |
MEXA-ONE-C1-XLA-OV CVS-ONE-MV DLT-1230 DLS-ONE-SE MEXA-2000SPCS VETS-ONE-EZC MEXA-2310SPCS FTX-ONE-CS |
1 | 轻型车排放分析系统 | 2022 |
中汽研汽车检验中心(常州)有限 公司 |
MEXA-ONE-C1, CVS-ONE-MV-HE DLT-1240W DLS-ONE MEXA-2000SPCS MEXA-ONE-D2-EGR SAO/CFO-201B |
1 | 轻型全流稀释排放测试系统 | 2022 |
上海同圆 | MEXA-ONE-D1 | 1 | 排放分析系统 | 2021 |
庄信万丰(上海)化工有限公司 | MEXA-ONE-D2 | 1 | 排放分析系统 | 2021 |
柳州质检 | MEXA-ONE-D1-EGR | 1 | 发动机排放分析仪 | 2021 |
柳州五菱柳机动力有限公司 | OBS-ONE | 1 | 车载排放分析仪 | 2021 |
浙江银轮机械股份有限公司 | MDLT | 1 | 部分流颗粒测量系统 | 2021 |
武汉比天科技 | OBS-ONE | 1 | 车载排放分析仪 | 2021 |
成都机动车环保技术有限公司 |
LDV System HDV System |
1 1 |
轻型整车高低温排放系统 重型整车高低温排放系统 |
2021 |
广州豪进摩托车股份有限公司 | MEXA-ONE-C1 | 1 | 摩托车工况排放分析系统 | 2021 |
欧洲环境模拟技术(香港)有线公司 | MEXA-1170HFID | 1 | THC气体分析仪 | 2021 |
中汽研汽车检验中心(昆明)有限公司 |
MEXA-ONE-D2-OV-EGR MDLT-ONE MEXA-2300SPCS GDC-ONE |
1 1 1 1 |
排放分析系统 | 2021 |
中汽研汽车工业工程(天津)有限公司—北汽青岛 |
MEXA-ONE-C1-OV CVS-ONE-MV DLT-1230 DLS-ONE MEXA-2000SPCS OBS-ONE-GS01/PN |
1 1 1 1 1 1 |
轻型车汽油排放分析系统 | 2021 |
中汽研汽车检验中心(天津)有限公司 | MEXA-1100QL-N2O and modification | 1 | N2O 气体分析仪 | 2021 |
中自环保科技股份有限公司 | MEXA-ONE-D2 | 1 | 排放分析仪 | 2021 |
德州建能实业集团有限公司 |
3 1 |
发动机排放测试系统*3 轻型车排放测试系统*1 |
2021 | |
洛阳拖拉机研究所有限公司 | FTX-ONE-CS | 2 | 排放分析仪-氨气排放测量设备 | 2021 |
天津大学 | FTX-ONE-CS | 1 | 傅里叶红外光谱分析仪 | 2021 |
重庆车辆检测研究院有限公司 |
MEXA-ONE-C1 CVS-ONE-SV |
1 1 |
摩托车排放测试系统 | 2021 |
重庆车辆检测研究院有限公司 |
MEXA-ONE-C1 MEXA-ONE-QL-N2O CVS-ONE-MV-HE DLT-0812W DLS-ONE MEXA-2000SPCS |
1 1 1 1 1 1 |
通机柴油机分析系统及颗粒称重系统 | 2021 |
苏州华业检测技术服务有限公司 | MDD | 1 | 中型车发动机排放试验系统 | 2021 |
重庆车辆检测研究院有限公司 | MEXA-2000SPCS | 1 | 2021 |
潍柴动力股份 | MEXA-ONE-D1/MEXA-ONE-D2/MEXA-ONE-D2-EGR | 1 | 2021 | |
广东汽车检测中心 | MEXA-ONE-C1 | 1 | 非道路排放污染物检测系统 | 2021 |
北京卡达克汽车检测技术中心有限公司 | HDV | 1 | 2020 | |
中汽研汽车检验中心(天津)有限公司 | MEXA-1100QL-N2O | 1 | 2020 | |
郑州机动车质量检测认证技术研究中心有限公司 |
HDD System LDV System |
2 1 |
发动机排气采样分析系统 | 2020 |
上海交通大学 | MEXA-2300SPCE | 1 | 颗粒物计数系统 | 2020 |
厦门理工大学 | OBS-ONE | 2 | PEMS | 2020 |
潍柴动力扬州柴油机有限责任公司 | HDD System | 1 | 2020 | |
武汉大学 | OBS-ONE | 1 | 车载排放分析系统 | 2020 |
天津大学 | MEXA-ONE-RS-EGR | 1 | 排放分析仪 | 2020 |
潍柴动力 | HDD System | 1 | 2020 | |
东风日产(武汉) | LDV System | 1 | 2020 | |
上海鲁交 | HDD System | 1 | 2020 | |
潍柴动力 | MEXA-ONE-D2-EGR | 20 | 气体排放分析系统 | 2020 |
上海柴油机厂 | MEXA-ONE-RS-EGR/MDLT-ONE | 1 | 可移动式发动机尾气气体和颗粒测试分析系统 | 2020 |
东风日产 | MEXA-ONE-RS-EGR | 1 | 气体分析仪 | 2020 |
苏州国方汽车电子有限公司 | LDV system | 1 | 整车转毂排放设备 | 2020 |
上海机动车检测中心 | HDV System | 1 | 排气采样分析系统 | 2020 |
江铃汽车股份有限公司 | 1 | 排放测试系统 | 2020 | |
重庆宗申通用动力机械有限公司 | MEXA-ONE-C1/CVS-ONE-MV | 1 | 排放分析仪系统 | 2020 |
浙江康思特动力机械有限公司 | 1 | 小型汽油通机排放测试系统 | 2020 | |
洛阳拖拉机研究所有限公司 | FTX-ONE-CS | 1 | 氨逃逸测试仪设备 | 2020 |
江苏奥易克斯汽车电子有限公司 | MEXA-ONE-C2-SL-OV | 1 | 轻型车排放测试系统 | 2020 |
本田动力(中国)有限公司 | MEXA-ONE-C1,CVS-ONE-MV | 1 | E/M测定机 | 2020 |
一汽解放汽车有限公司 | MEXA-ONE-D2-OV-EGR | 2 | 直采式气体排放分析仪 | 2020 |
青海省高原科技发展有限公司 |
MEXA-ONE-D2 OBS-ONE-GS11-PN |
1 1 |
双路直采气体分析仪 车载排放分析仪 |
2020 |
北京奔驰 | 1 | 尾气分析设备国六升级 | 2020 | |
欧洲环境模拟技术(香港)有线公司 | MEXA-1170HFID | 2 | THC气体分析仪 | 2020 |
华晨汽车集团控股有限公司 |
MEXA-2000SPCS STARS-VETS |
1 1 |
排放颗粒物计数器 | 2020 |
北京卡达克汽车检测技术中心有限公司 | 1 | 碳罐测试设备 | 2020 | |
上汽大众汽车有限公司 | MEXA-ONE-D1-EGR | 2 | 气体排放分析仪 | 2020 |
一汽解放汽车有限公司无锡柴油机惠山工厂 | MEXA-ONE-D2-EGR | 2 | 尾气分析仪 | 2020 |
上海市环境监测中心 | OBS-ONE | 1 | PEMS便携式尾气气态污染物测量系统 | 2020 |
厦门金龙联合汽车工业有限公司 | OBS-ONE | 1 | PEMS车载排放分析仪 | 2020 |
华东师范大学 | MEXA-ONE-D1-EGR | 1 | 发动机排放尾气分析系统 | 2020 |
一汽解放大连柴油机有限公司 | MEXA-ONE-D2-EGR | 2 | 气体分析仪 | 2020 |
一汽解放汽车有限公司无锡柴油机厂 | MEXA-ONE-D2-EGR | 2 | 双路直采气体排放分析仪 | 2020 |
稀土催化创新研究院(东营)有限公司 | MEXA-ONE-D2-EGR | 1 | 排放分析系统 | 2020 |
潍柴动力扬州柴油机有限责任公司 | MEXA-ONE-D2-EGR | 1 | Emission analysis equipment | 2020 |
上海同圆发动机测试设备有限公司 | MEXA-ONE-D1 | 1 | 2020 |
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审核编辑 黄宇
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