Enerac-700 Gas Analyzer

Enerac-700 Gas Analyzer

Key Features

Built in Printer

2” Graphic Thermal Printer

4&8 Line Dual Display

4 & 8 line 128 x 64 pixel dual display with backlight. This 4&8 line dual display allows one to see many param- eters at once or “zoomed in” closer look at a few specific parameters of interest.

Standard Probe & Hose

9” L x 3/8” O.D. Inconel probe with 10’ Viton hose. The standard Inconel probe handles high temperature applications (2,000 deg. F)

Pitot Tube Probe

18”L S-Type Pitot tube w/9’ (3/16” D) rubber tubing. This Pitot tube is a separate probe that is used in addition to the standard probe.

SEM Electrochemical Sensors

The world’s most accurate electrochemical gas sensors only available through Enerac (the inventor!) These sophisticated electrochemical sensors bring more accuracy to your testing event (unlike standard electrochemical sensors found on competitor units etc)

True NOx Readings at Multiple Levels

The Model 700 incorporates total NOx (NO + NO2), a sample conditioning system (cooler) for proper NO2 detection and measurement as well as a temperature controlled NO sensor only found at Enerac.

Thermoelectric Condenser / Peltier Cooler (Chiller)

With the combination of the standard high quality viton hose (teflon available) and the standard advanced sample conditioning system (cooler), one can detect and meas- ure NO2 and or SO2 gases accurately!

NDIR Bench (Non Dispersive Infrared 3-Gas Sensor) Option

This sensor option allows the unit to detect and measure the CO (in % volume), CO2 (as a direct measurement in % volume) and Hydrocarbons (CxHy).(meets EPA method 25B)

Control Key Pad

Easy to Use Key Pad makes a task a Snap. If you want to Print, Store Data, Zero Cal, Turn the pump on and off (and other options)…Just Press the easy to read buttons etc.

Enercom Software

With Enerac’s Free Enercom software, one can use this spreadsheet software “live” and see real time data collection. The data collection is arranged for easy understanding and reporting.

Specification

Dimenssions

5.75”W x 9.75”H x 3.25” D

Weight

6 lbs

Power

4 D size NiMH rechargeable

And 120/240 VAC Adapter

Display

4&8 Line 128 x 64 pixel Dual

Memory

500 Internal Storage Buffers

Printer

2” Graphic Thermal Printer

Sensor Specification

Communications : Serial ( RS 232 ) & USB ports, up to

Range

Resolution

Accuracy

Sensor Type

115k Baud; Bluetooth

0-150   °F

1 degree F or C

+/- 2 ° F M

Type RTD

Stack Temperature (net)

0-2,000 °F (1,100 °C)

1 degree F or C

+/-   2 ° F M

Type K thermocouple

Oxygen (O₂)

0-25%

0.1 %

+/- 0.2% M

Electrochemical

Carbon Monoxide (CO)

0-1,500/4,500 ppm

1 ppm

+/- 1-2%M (< +/- 1%**)

Dual Range SEM

Nitric Oxide (NO)

0-500/1,500 ppm

0.1 ppm

+/- 1-2%M (< +/- 1%**)

Dual Range SEM

Nitrogen Dioxide (NO₂)

0-500/1,500 ppm

0.1 ppm

+/- 1-2%M (< +/- 1%**)

Dual Range SEM

Sulfur Dioxide (SO₂)

0-1,500/4,500 ppm

1 ppm

+/- 1-2%M

Dual Range SEM

Combustibles

0-5%

0.1%

+/- 2% (CH4) M

Catalytic Sensor

Stack Draft

+10” to - 40” WC

0.1 “ WC

+/- 2% M

Silicone Diaphragm

Stack Velocity / Flow

0-200 ft/sec (0-6,500 cfm)

1 ft/sec

Meets EPA Method 2

Type S pitot tube

Hydrocarbons CxHy

0-30,000 ppm

1 ppm

+/-3% M

NDIR

Carbon Monoxide (CO)

0-15%

0.01%

+/-3% M

NDIR

Carbon Dioxide (CO₂)

0-20%

0.01%

+/-3% M

NDIR

Computed Parameters

Range

Resolution

Accuracy

Combustion Efficiency

0-100%

0.1%

+/- 1%

calculated

Carbon Dioxide

0-40%

0.1%

+/- 2%

calculated

Excess Air

0-1000%

1%

+/- .2%

calculated

NOx (NO + NO₂)

0-1,000 or 0-3,000 ppm

0.1 ppm

+/- 4% (<+/- 2%**)

calculated

Emissions Conversion Units

calculated

(CO, NO, NO₂, SO₂)

0-2,500 mg/m3

2 mg/m3

+/- 2% M (< +/- 1%**)

Milligrams / cubic meter

Pounds / million btu

0-99.99 #/mbtu

0.01 #/mbtu

+/- 2%

Grams / brake-hp-hr

0-99.99 g/bhp-hr

0.01 g/bhp-hr

+/- 2%