E Instruments E8500 Plus Portable Industrial Combustion Gas & Emissions Analyzer - E8500P-OCN-0-12

Item #:

E8500P-OCN-0-12

Brand:

E Instruments

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Description

E8500P-OCN-0-12 E8500 Plus Portable Industrial Combustion Gas & Emissions Analyzer by E Instruments

The E8500 Plus is the most powerful and advanced portable emissions analyzer on the market, and is a complete, portable tool for EPA compliance–level emissions monitoring of boilers, engines, and other combustion equipment.

Accurate / Reliable / Robust / Fast

Up to NINE (9) Gas Sensors
True NOx & Low NOx Measurements
Stack Gas Velocity
Built-In Thermoelectric Chiller
Automatic Condensate Drain
High Accuracy NDIR Sensors
Upgraded Memory (2,000 Tests)

O₂, CO, CO₂, NO, NO₂,SO₂,CxHy (HC), H₂S, VOC
Easy Filter Replacement
US EPA CTM-30 & CTM-034 Compliant
PID VOC Sensor Option
Real-Time PC Software with Bluetooth®
Long Lasting Rechargeable Battery & AC Charger

Real-Time Software with Data Logging

The updated EGAS software package includes the ability to save & graph data in real-time in the field with a laptop, or in a laboratory with a PC. It also allows the user to automatically log data for an exact number of tests for a specified time period. Communications between the E8500 PLUS & a computer are established either by wireless Bluetooth communications or USB cable. Data from the EGAS software can be exported to other spreadsheet programs for more user flexibility to create detailed emmissions reports.

Built-In Thermoelectric Chiller with Auto Condensate Drain

The internal thermoelectric chiller efficiently & quickly removes the water vapor from the flue gas sample to prevent combustion gases from bubbling from the gas phase into the condensate. The built-in condensate drain pump automatically pumps the accumulated water out through the bottom of the unit for greater convenience.

Draft, Pressure, & Velocity

An internal pressure sensor allows the analyzer to measure both pressure & stack draft. With two (2) pressure inputs, differential pressure can also be measured. Gas velocity can be measured using the differential pressure & an optional pitot tube.

Sample Conditioning Unit

The Sample Conditioning Unit is mounted directly at the sampling probe exit, where excess moisture rapidly condenses & seperates from the gas sample. This minimizes contact of the gases with moisture, which could potentially affect NOx & SO2 measurements.

Gas Sensors

The E8500 PLUS can have a maximum of NINE (9) total gas sensors: up to six (6) electrochemical type sensors, up to three (3) NDIR type sensors, & an optional PID sensor for measuring VOC.

Easy Filter Replacement

The E8500 PLUS has a newly designed user interface that includes an easily accessible filter compartment for quick and simple inspection & replacement of filters in the field.

E8500 Plus Kit Include:

O₂ (0-25%), CO (0-8000ppm), & NO/NOx (0-5000ppm) Gas Sensors
CO Dilution Auto-Range up to 20,000 ppm
Stack Gas & Ambient Air Temperature Measurements
Draft & Differential Pressure Measurements
Efficiency, Loss, Excess Air, & CO₂ Calculations
12" (300mm) Probe, 1470F (800C) max, with 10' (3m) Dual Hose
Built-In Thermoelectic Chiller with Automatic Condensate Removal
Rechargeable Battery Pack with AC Charger
Internal Memory for Data Storage (2000 Tests)
PC Software Package with BlueTooth Adapter & USB Cable
Real-Time Data Logging Software
Wireless Communications with PC & other Windows compatible devices
Protective Carrying Case
Ability to Upgrade to 9 Total Gas Sensors
Instruction Manual
Calibration Certificate

Specifications

Parameter	Sensor	Range	Resolution	Accuracy
O2	Electrochemical	0 - 25%	0.1%	±0.1% vol
CO (H2 compensated w/ built-in NOx filter)	Electrochemical	0 - 8000 ppm	1 ppm	±8 ppm <300 ppm ±4 % rdg up to 2000 ppm ±10 % rdg for >2000 ppm
CO Auto Range	Electrochemical	0 - 20,000 ppm	1 ppm	±10% rdg
CO	NDIR	0 - 15.00%	0.01%	±3% rdg.
CO2	Calculated	0 - 99.9 %	0.1 %
CO2	NDIR	0 - 50.0 %	0.1 %	±3 % rdg <20 % ±5 % rdg >20 %
NO	Electrochemical	0 - 5000 ppm	1 ppm	±5 ppm <125 ppm ±4 % rdg for <5000 ppm
NO2	Electrochemical	0 - 1000 ppm	1 ppm	±5 ppm <125 ppm ±4 % rdg for <1000 ppm
Low NO and/or Low NO2	Electrochemical	0 - 100.0 ppm	0.1 ppm	±1.5 ppm <50.0 ppm ±4 % rdg for <100.0 ppm
NOx	Calculated	0 - 5000 ppm	1 ppm
SO2	Electrochemical	0 - 5000 ppm	1 ppm	±5 ppm <125 ppm ±4 % rdg for <5000 ppm
Low SO2	Electrochemical	0 - 100.0 ppm	0.1 ppm	±1.5 ppm <50.0 ppm ±4 % rdg for <100.0 ppm
CxHy (HC)	NDIR	0 - 3.00%	0.01%	±3% rdg. + 0.01%
H2S	Electrochemical	0 - 500 ppm	1 ppm	±5 ppm <125 ppm ±4 % <500 ppm
VOC	PID	0 - 200 ppm	1 ppm	±10 % rdg + 1 ppm
Tair	Pt100	14.0 to 212.0 °F -10 to 99.9 °C	1 °F 1 °C	±3 °F ±2 °C
Tgas	Tc K	-4 to 1920 °F -20 to 1050 °C	1 °F 1 °C	±5 °F ±3 °C
ΔT	Calculated	-4 to 1920 °F -20 to 1050 °C	1 °F 1 °C
Pressure/Draft	Bridge	±40.0 in H2O ±100 mbar	0.1 in H2O	±1% rdg.
Excess Air	Calculated	1.00 - infinity	0.01
Gas Velocity	Calculated	0 - 330 ft/s 0 - 99.9 m/s	0.1 f/s 0.1 m/s
Efficiency	Calculated	1 - 99.9%	0.1%