Teledyne Portable Pollution Emissions Monitor 9950 User's Manual

TELEDYNE

ANALYTICAL INSTRUMENTS

MODEL

One System . . .

Multiple Solutions . . .

Reliable Combustion and Pollution Monitoring in a Compact, Affordable Package

PORTABLE

POLLUTION EMISSIONS MONITOR

Model

9950

Portable Pollution Emissions Monitor

Reliable Combustion and Pollution

Monitoring in an Affordable Package

Model 9950 is a full-featured monitor offering fast, cost-effective analysis of stack gas emissions. As many as five parameters can be displayed at once, allowing the operator to optimize combustion efficiency while minimizing pollution. Teledyne incorporates advanced microprocessor technology which provides a menudriven interface with all functions through front panel controls and a large LCD display. In other words, we put all the best features in one affordable package.

High accuracy is expected of any pollution emissions monitor, but the 9950 accomplishes the task in record time. This model provides an emissions analysis and a hard copy printout in less than 5 minutes with an accuracy of better than +/-3% of full scale.

Self-Contained and Easy to Operate

Light weight and compact with both an internal battery and AC powered operation, the Model 9950 is housed in a rugged aluminum case, tough enough for the worst you have to offer. Completely portable, the monitor is ideal for spot-checking in even the most difficult environments. Typical applications include boilers, furnaces, fireboxes and compressor engines, and other stationary combustion processes.

Precise Measurement of Combustion

Efficiency and Pollution Levels

Enter the fuel type to be measured by means of the

5-button panel and take a sample. Model 9950 automatically calculates the net combustion efficiency making it easy for you to fine-tune the combustion process and reduce unwanted emissions.

SO

2 and NO x

(NO + NO

2

) measurements provide valuable data about combustion process performance versus emission standards. In addition, the Model 9950 calculates the concentration of CO

2 for any given fuel to assist with adjustments.

Hard copy printouts of emissions concentrations are available at the push of a button to document compliance with various state and federal regulations.

Features:

❍ Analyzes O

2

, CO, SO

2

, NO, NO

2

, and stack temperature - Calculates CO

2

, combustion efficiency and pollutants emitted.

❍ Long-term stability and performance

❍ Microprocessor-based design

❍ RS-232 serial interface

❍ Logical, menu-driven LCD graphic readout with

5 button front panel

❍ Internal battery or AC-powered operation

❍ Lightweight (27 pounds) and compact

❍ Heavy-duty, aluminum case

❍ Integral sample pumps

❍ Printer for emissions results

❍ 99-test memory

Easy Calibration & Test Data Storage

An auto-zero feature for the gas sensors takes even more of the work out of your hands. Span settings are carried out by means of front-panel control switches, and keypad controls remain functional during setup, allowing the operator to select any analysis parameters or fuels as necessary. All settings remain in memory – even when power is turned off – and will be stored until amended by the user or the analyzer is deliberately "cold started" to clear the memory.

The 9950 stores up to 99 individual tests (including a complete set of measurements and boiler ID number) which are maintained in a non-volatile memory and can be retrieved for printout for downloading via the RS-232 serial port.

Sample Integrity is Never in Question

Model 9950 accomplishes sample conditioning through a fully integrated handling system capable of delivering stack gas to the analyzer without compromising integrity. A stainless steel probe is connected to the monitor by a flexible hose. A highefficiency vane pump draws the sample through the probe and into a coalescing filter where particulates and condensates are removed prior to analysis, assuring you the highest accuracy possible. Water and particulate matter are automatically pumped from the system.

Measured Parameters

Range*

Oxygen (0

2

)

Electrochemical cell

Expected Life - 24-36 months

0-25%

Resolution Accuracy

0.1% +/-1%FS**

Carbon Monoxide

Electrochemical cell

Expected Life - 24-36 months

0-2000 ppm 1ppm*

Sulfur Dioxide (SO

2

)

Electrochemical cell

Expected Life - 24-36 months

0-1000 ppm 1ppm*

Nitric Oxide (NO)

Electrochemical cell

Expected Life - 24-36 months

0-2000 ppm 1ppm*

Nitrogen Dioxide (NO

2

)

Electrochemical cell

Expected Life - 24-36 months

0-200 ppm 1ppm*

+/-3%FS**

+/-3%FS**

+/-3%FS**

+/-3%FS**

Combustion Gas Temperature 0-850°C

K-type thermocouple continuous

0-1200°C intermittent

Ambient Temperature

1°C

1°C

0-50°C 1°C

(for less than 85% relative humidity)

0-40°C

(for 85% relative humidity-printer specifications)

Calculations

Carbon Dioxide (CO

2

)

Combustion Efficiency

Pollutant Emissions

Range

0-20%

Resolution Accuracy

0.1% +/-5%

0-100%

0-9.999

0.1% varies with application

0.001

lbs / million BTU

+/-3%

* Please contact factory regarding non-standard ranges.

** At constant temperature once thermal equilibrium is achieved.

Options Probe and hose lengths

NOTE: longer lengths may not fit within case

Selected optimal ranges for the

CO / SO

2

/ NO / NO

2 analysis are available

Remote display unit

SO 2 O 2

NO CO

NO 2

INSTRUMENTS

YTICAL

9950 PEM

MODEL

TELEDYNE ANAL

2:18 PM 1/19/98

FUEL

NO.: #2 OIL

.: 820˚F

STACK

O 2

:

4.8%

CO: 987 PPM

CO

2

NO:

NO

2

2 PPM

PPM

: 1

NOX (NO+NO

SO

2

: 1 PPM

2

): 3 PPM

Real Technical Support

As with any Teledyne product, you are one phone call away from assistance with Model 9950. Whether in the field or in the factory, a Teledyne Field Service Engineer can assist with questions. Simply refer to the phone numbers below for a Teledyne representative in your area. Also, the instruction manual included with every product offers quick reference for any process required of the 9950. Clear, easy-to-read instructions with charts and illustrations guide every step of the process to assure accurate results and maximum safety.

Teledyne Analytical Instruments

World Leader in Gas and Liquid Analysis

With over 40 years of analytical instrument experience,

Teledyne supplies sensors, custom engineered analyzers and complete monitoring systems to satisfy unique applications.

Optional remote display unit available

Specifications

Operating Temperature: 0-50°C; not to be used for more than 8 hours above 40°C

Digital Outputs: Measured and stored data; RS-232 serial interface, 1200 baud rate; 8 data bits;

1 stop bit; no parity

User Interface: LCD; 30 characters wide by 7 lines;

5 soft keys; menu-driven program

Fuels: 15 User selectable

Natural gas

No. 2 fuel oil

No. 4 fuel oil

No. 6 fuel oil

Anthracite coal

Bituminous coal

Lignite coal

Kerosene

Propane

Butane

Wood chips - 50%H

2

O

Wood chips - 0% H

2

O

Coke oven gas

Blast furnace gas

Sewer gas

Power Requirements:

Data Logging:

Probe:

Printer:

AC power mains and/or internal battery;

90-255 VAC at 50-60 Hz; rechargeable

12VDC battery; low battery indicator on

LCD display (8 hours on one charge)

Archives up to 99 tests

316 stainless steel; K-type thermocouple;

3/8" OD; 13" / 33cm insertion length;

10' / 3m neoprene hose

2-1/4" / 5.7cm wide thermal paper, line feed button

Packaging:

Dimensions:

Weight (approx.):

Suitcase-type, heavy-duty aluminum case. Case holds probe, 10' / 3m hose and instruction manual.

18" W x 13"D x 6" H

45.7cm W x 33cm D x 15.25cm H

27 lbs. / 12.27 kg

TELEDYNE

ANALYTICAL INSTRUMENTS

A Teledyne Technologies Company

16830 Chestnut Street

City of Industry, California 91748, USA

TEL: 626-934-1500 FAX: 626-934-1651

TOLL FREE: 888-789-8168

Visit Our Web Site at:

www.teledyne-ai.com

© 1998 Teledyne Analytical Instruments, A Teledyne Technologies Company.

All rights reserved. Printed in the USA. 5/98LD

Regional Office

Tokyo, Japan ..............................................81-33-239-9090

Warranty

Instrument is warranted for 1 year against defects in material or workmanship

NOTE: Specifications and features will vary with application. The above are established and validated during design, but are not to be construed as test criteria for every product. All specifications and features are subject to change without notice.