ESBD_504225_1775502226801_582-26-15508 Specifications.pdf

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Solicitation Number: 582-26-15508

Attachment A

Specifications for Dynamic Dilution Calibrator

Description: Dynamic dilution calibrator; microprocessor controlled for accurately diluting concentrated source gases with diluent gases. Source and diluent flows controlled and measured by separate microprocessor-controlled mass flow controllers.

Minimum General Specifications.

1. Shall dynamically mix a component gas with a balance gas (zero air) at total flow rates from two (2) to twenty (20) liters per minute (LPM) using automatic computation of component and balance gas flow rates.

2. The system shall have a minimum of four (4) operating modes as described hereafter.

a. Blend: By controlling the system from the front panel the user shall be able to specify the port at the rear of the chassis for cylinder gas (input gas port), the cylinder gas concentration, the required dilution and the concentration of the output gas. The system will automatically open the correct solenoid and allow cylinder gas to flow at the correct rate to mix with the correctly controlled dilution gas and provide the desired blend at the rear output at the desired concentration.

b. Blend with GPT. As in 2.A with appropriately mixed ozone to produce the desired level of nitrogen dioxide.

c. Manual. As in 2.A and 2.B with manual selection of all parameters.

d. Set-timer mode: As in 2.A and 2.B except by presetting levels and sequences of levels. Shall provide up to 20 sequences of up to 99 levels that may be set up on a repeating schedule. This permits the calibrator to run automatic, periodic calibrations of up to 6 different gases (including ozone and GPT produced nitrogen dioxide) of various blends. Calibrator should also provide I/O outputs for controlling external valves for routing of gas. These valves draw about 1.0 amps at 12 volts direct current (DC).

3. Shall have built-in stable ozone generator to provide precise and accurately known ozone concentrations (0-1 parts per million [ppm]) using an ultraviolet lamp for ozone generation. The system shall incorporate an internal ultraviolet (UV) optical sensor in a feedback circuit to control the generation of ozone to produce a constant, stable and repeatable ozone concentration at the specified flow rate.

4. Shall have gas phase titration of nitric oxide and ozone for the generation of nitrogen dioxide at precise levels.

5. Shall have a feature that simulates a gas phase titration mixing operation that uses the calibrator’s photometer to adjust the ozone generator drive voltage to match as closely as possible to the target concentration requested in any subsequent real GPT operation.

6. Shall be a freestanding bench top single cabinet model.

7. Shall have front panel alphanumeric display and keypad for manual data input.

8. Gas and air flows shall be controlled by microprocessor supported precision mass flow controllers (MFC) (gas flows 0-100 standard cubic centimeters per minute [SCCM], gas flows 0-20 SCCM, and air flow 0-20 standard liters per minute [SLPM]). Each MFC must be calibrated with nitrogen or air at 25 degrees Celsius. Other ranges shall be optional.

9. Total flow and individual source gas and diluent flows flow rates shall be available for monitoring via the display, which shall also provide gas concentrations, diluent and source gas pressures, ozone oven and chassis temperatures, calibration constants and various other operating parameters.

10. The calibrator shall have diluent air, calibration gas, ozone generator, and ozone photometer pressure sensors that can be verified and calibrated.

11. The calibrator shall include a battery backed-up electronic clock that includes 24-hour time, days, months, and years. The clock shall be settable via the keypad (also remotely) and continue to operate during power outages. The clock will be time synched to the system one or more times weekly via RS-232 commands.

12. The calibrator shall restart itself after a power outage and shall not require readjustment or recalibration upon resumption of power.

13. Calibration data for the flow controllers shall be stored internally and be recallable. Mass flow controller (MFC) calibration data shall utilize a corrective algorithm with at least a ten-point comparison of commanded versus actual flow with linear interpolation between points.

14. Calibration data for the ozone generator shall be stored internally. The calibrator’s software shall be able to run an internal automatic ozone generator calibration program that uses the calibrated internal photometer as a reference. When calibrated the calibrator shall be able to produce ozone at any total flow between one (1) and five (5) SLPM at a concentration of 0.003 to 1 ppm with an accuracy of plus or minus 5%.

15. The system shall have both a reaction chamber for combining ozone and nitrogen oxide gas and a dilution/mixing chamber for mixing and or dilution of gas blends. The ozone generator’s constant flow output goes directly to the reaction chamber. The output of the reaction chamber flows directly to the mixing/dilution chamber and mixes with dilution gas.

16. The calibrator shall have at least one diluent gas input with a single 0-20 LPM MFC and at least four (4) source gas inputs each isolated and controlled by a separate normally closed solenoid valve. The gas valves feed common 0-100 ccm and 0-20 ccm MFCs. There shall be at least four output ports and one vent port. All ports must be located at the rear of the calibrator.

a. The diluent gas input shall be a 0.25 inch Swagelok® compatible compression fitting.

b. The source gas input fittings are to be 0.125 inch Swagelok® compatible compression fittings.

c. The output and vent ports shall have 0.25-inch Swagelok® compatible compression fittings.

17. The mass flow controller’s accuracy and repeatability from 10 to 90 percent of full scale shall be at least plus or minus 0.5% with a response time to within two (2)% of set-point of 15 seconds or less.

18. All gas handling components shall be constructed of non-reactive materials; Teflon, stainless steel, glass or equivalent.

19. The system shall be able to operate between 10 and 50 degrees Celsius (C).

20. Power requirements 90-115 volts alternating current (VAC) 60 hertz (Hz).

21. The calibrator shall have an RS-232 serial data port (DB-25) to provide for data input and provide information about calibrations being performed, report various operating parameters, etc. All internal programming shall be addressable via these ports for modifications, upgrades, calibration etc.

22. The ozone generator shall be temperature controlled and be insensitive to ambient light and temperature variations.

Special requirements

1. These instruments are to be integrated into an existing complex calibration and data acquisition system (DAS) and must therefore perform and operate exactly as the existing calibrators are already in place.

2. Must be preloaded with hardware specific remote access software (Numaview) that allows for remote connection with virtual interface and data downloading capabilities.

Physical

1. Freestanding cabinet with display and manual key entry at front. Gas and air inlets and outlets at the rear.

2. DB-25 connector (male) and solenoid driver output at the rear. The solenoid driver connector shall mate with a Weidmuller BL series plug 12601-6. The pin out of this connector shall match existing connectors and wiring. The drive for the solenoids shall be open collector type to pull +12 volt to ground with up to 1.5 amp load.

3. The calibrator must include an attached handle for carrying the instrument.

4. The calibrator must be equipped with the Jelight brand ultraviolet lamp for photometer bench (Teledyne Part Number 052400000).

Operating system (internal software).

1. The calibrator shall work with providing levels of test gases and timed sequences of those levels. The levels are defined by two numbers, the first is keyed to the gas produced (1 = NO, 2 = SO2, 3 = CO, 4 = H2S, 5 = NO2, 6 = ozone, 7 = CH4, 8 = NOY). The second number indicates the gas concentration. Example: level 66 is ozone 400 parts per billion (ppb) (at 3 liters per minute [LPM]). Sequences are numbered one to twenty with no significance to the number. Levels are defined by flow and concentration.

Sequences consist of levels, and duration and valving. Gas inputs follow the level first number as consistently as possible i.e. inlet #1 is for NO, #2 is SO2, etc. Of course, since there are more gases used in our system than we have inputs, a single calibrator can only provide four test mixtures (plus ozone).

2. The calibrator can be setup to automatically time and program sequences and have sequences started externally. Levels and sequences can be programmed into the calibrator either remotely or manually and will be retained in the calibrator’s memory. The calibrator shall report the status of the running sequence and level when interrogated.

3. The nomenclature used with the levels and sequences includes additional information called status blocks which provides additional data to the data retrieval system.

4. The calibrator communicates with the data retrieval/control system via a system called “dot commands.” This is a system which involves a higher language for control/reporting.

5. The calibrator must have a built-in reference photometer to assay ozone and can be used to verify ozone production. The gas lines within the calibrator must have pressure sensors and must not have an automated flush mechanism.

6. All units will be delivered with two (2) sets of Operation and Service/Maintenance manuals. The manuals will include at minimum the following: complete operating instructions, circuit descriptions, theory of operation, location of controls and switches, software commands, maintenance, service instructions, schematic diagrams, pneumatic flow charts, lists of replacement parts, warnings, and safety precautions.

7. Warranty period: complete coverage of system, parts and labor for a minimum of two years from date of acceptance.

Attachment A

Specifications for Dynamic Dilution Calibrator

Minimum General Specifications.

Special requirements

Physical

Operating system (internal software).

Attachment B

Specifications for 20 Standard Liters Per Minute Self-Contained Clean Air Supply System

Description: Zero Air System is used to produce clean, dry, pollutant free air for dilution of calibration gas in air monitoring stations.

MINIMUM GENERAL SPECIFICATIONS

1. Shall be capable of maintaining an output flow up to 30 standard liters per minute

(SLPM) at 30 pounds per square inch gauge (psig) continuously using an oil-free and diaphragm-free pump.

2. Maximum delivery pressure of at least 35 psig.

3. Shall include a Dewpoint Sensor to measure dew point of output air

3.1 Dew point of output air shall be less than negative (-) 40 degrees Celsius (°C).

4. It shall include a regenerative, heatless dryer with an expected lifetime greater than five years.

5. Shall include a dual-cylinder, internal, oil-free piston pump with automatic pump control based on flow demand

6. Should include an automatic water drain

7. The unit shall contain high performance CO and hydrocarbon scrubbers. Output concentrations shall be:

1. The sulfur dioxide (SO2) and hydrogen sulfide (H2S) content of output air shall be less than (<) 0.025 parts per billion (ppb).

2. The nitrogen oxide (NO) content of output air shall be <0.025 ppb.

3. The nitrogen dioxide (NO2) content of output of air shall be <0.025 ppb.

4. The ozone (O3) content of output air shall be <0.3 ppb.

5. The carbon monoxide (CO) content of output air shall be <10 ppb.

6. The hydrocarbon content of the output air shall be <0.25 ppb.

7. The ammonia (NH3) content of output air shall be < 0.025 ppb.

8. Ambient operational temperature range shall be 5 and 40°C.

9. The unit shall operate at 110 -120 volts, 60 hertz (Hz).

Physical Characteristics:

10. The unit shall not exceed 70 pounds total weight.

11. The unit shall be bench mountable.

12. The unit shall be optionally rack mountable.

13. The maximum dimensions shall not exceed 9 inches (") high by 17" wide by 28" deep.

14. The unit shall have an internal storage tank.

15. The unit shall have an internal pressure switch that senses the pressure in the storage tank. This pressure switch shall be used to control the compressor.

16. The unit shall have an internal pressure regulator that shall be adjustable from 10-35 psig.

17. The unit shall have front panel mounted pressure gauge that shows the regulated air pressure available at the clean air output port.

18. The clean air output port shall accept 1/4" tubing.

19. The unit shall have a 10-micron clean air output filter to trap particulate released by the unit.

20. All components shall be attached and/or internal to one single unit.

21. Must include Modbus transmission control protocol/internet protocol (TCP/IP) connectivity to allow for remote monitoring of the zero-air system.

22. Must allow remote monitoring of dew point status, scrubber temperature, box temperature, and output pressure.

1. To allow disabling of the internal pump

2. To remotely start-up the instrument for warm-up from off-site

3. Include serial and ethernet connectivity

SPECIAL TERMS AND CONDITIONS

1. All equipment must be bid new, of current production and must include the manufacturer’s standard parts and accessories.

2. Two (2) sets of manuals (styled: Instruction Manual, Operator’s Manual, Operation and Service Manual etc.) shall accompany each instrument. The manuals shall include complete operating instructions, circuit descriptions, theory of operation, location of controls and switches, soft-ware commands, maintenance, and service instructions. The manual shall include schematic diagrams, pneumatic flow charts, lists of commonly replaced parts, warnings and safety precautions, etc.

3. Warranty period: complete coverage of systems, parts and labor for a minimum of two

(2) years after acceptance.

4. The goods or materials ordered with this request will be tested upon receipt. Testing will take not more than thirty (30) working days. Payment will be made within thirty (30) working days after tests have been completed and goods or materials are found to meet specifications or the day on which the invoice for goods or materials was received, whichever is later.

MINIMUM GENERAL SPECIFICATIONS

Physical Characteristics:

SPECIAL TERMS AND CONDITIONS

Solicitation Name: Sulfur Dioxide Analyzer

Attachment C Specifications for a Sulfur Dioxide Analyzer

Description: Sulfur Dioxide (SO2) Monitor for detecting and measuring SO2 in ambient air. The instrument shall be microprocessor controlled and use the Ultra-Violet (UV) fluorescence method of detection.

The SO2 analyzer must meet the following requirements:

A. Must meet U.S. Environmental Protection Agency (EPA) federal reference or federal equivalent method designation EQSA-0495-100.

B. The system must contain the following components:

i. Must be free-standing no larger than 7”H x 17”W x 24”D, and weight no more than 40 pounds.

ii. Must have standard 115-volt 60 Hz AC operation;

iii. The sample pump must be internal to the analyzer and flow rate controlled;

iv. Analog output to be 0-1 volt direct current;

v. Front panel USB connections for firmware upgrades;

vi. The Photomultiplier Tube (PMT) and all sockets and high voltage circuitry thereof, shall be of the highest quality;

vii. PMT temperature controlled for reduced noise;

viii. The sample inlet shall be a 0.25-inch Swagelok® compatible compression fitting;

ix. Analyzer must have easily viewed digital display with a touch screen interface;

x. The operational temperature range must be between 5 and 40ºC;

xi. The display should allow the operator to monitor levels, flows, alarms, temperature and pressure, trend data and voltages;

xii. Setup including zeroing, spanning, etc. should be accomplished using pushbuttons and the display;

xiii. Must have a RS-232 interface; and

xiv. Software and non-volatile random-access memory (RAM) storage shall allow the internal storage of a large number of 1-minute to 5-minute average SO2 samples and a record of alarms and out of limits conditions.

C. Must have user selectable dual ranges of 0-50 ppb and 0-20,000 ppb;

D. Minimum detection limit of less than 0.4 parts per billion;

E. Zero noise of less than 0.2 ppb;

F. Span noise of less than 0.5% of reading (RMS) above 50 ppb;

G. Precision of less than 0.5% of reading above 50 ppb;

H. Linearity should be ±1 percent of full scale;

I. Zero drift should be less than 0.5 ppb over 24 hours;

Solicitation Name: Sulfur Dioxide Analyzer

J. Span drift should be less than 0.5% of full scale over 24 hours;

K. Response time less than 120 seconds to 95% of scale;

L. Sample flow rate of 0.6 to 0.7 SLPM;

M. Measurements should be temperature and pressure compensated;

N. Span and zero adjustable and off-setable; and O. The operating system shall be capable of being updated.

P. Must have hardware specific remote access software that allows for remote connection with virtual interface and data downloading capabilities.

ADDITIONAL TERMS AND CONDITIONS

1. All items must be bid new, of current production, and include the

2. Routine delivery response to TCEQ will be within 120 calendar days after receipt of order.

3. Equipment must be shipped Freight on Board/Free on Board (FOB) Destination. The seller shall be responsible for the cost of transporting merchandise to the TCEQ delivery address provided in #4.

4. The warranty period should consist of complete coverage of system onsite, parts, and labor for a minimum of two years from the date of acceptance.

5. At least one manual or CD must accompany each instrument. The manual will include complete operating instructions, circuit descriptions, theory of operation, location of controls and switches, software commands, maintenance, and service instructions. The manual will also include schematic diagrams, pneumatic flow charts, lists of commonly replaced parts, warnings, and safety precautions. Electronic manuals are acceptable.

6. Technical support must be available for TCEQ staff between the hours of 8 a.m. and 5 p.m. Central Standard Time (CST) during regular business days, Monday through Friday, by telephone and electronic mail (e-mail).

Attachment C

Specifications for a Sulfur Dioxide Analyzer

Attachment D Specifications for a Hydrogen Sulfide Analyzer

Description: A Hydrogen Sulfide (H2S) Monitor for detecting and measuring H2S in ambient air. The instrument shall be microprocessor controlled and use the Ultra-Violet (UV) fluorescence method of detection.

1. The H2S analyzer must meet the following requirements:

A. The system must contain the following components:

i. Must be free-standing no larger than 7”H x 17”W x 24”D, and weight no more than 45 pounds.

ii. Must have standard 115-volt 60 Hz AC operation;

iii. The sample pump must be internal to the analyzer and flow rate controlled at 650 cc/minute;

iv. Analog output to be 0-1 volts direct current;

v. The sample inlet shall be a 0.25-inch Swagelok® compatible

vi. Analyzer must have easily viewed digital display with a touch screen interface;

vii. The display should allow the operator to monitor levels, flows, alarms, temperature and pressure, trend data and voltages;

viii. Setup including zeroing, spanning, etc. should be accomplished

ix. Must have a RS-232 interface, USB and Ethernet ports; and

x. Software and non-volatile random-access memory (RAM) storage minute average H2S samples and a record of alarms and out of

B. Must have dual ranges of 0-50 ppb and 0-10,000 ppb H2S;

C. Minimum detection limit of less than 0.4 parts per billion;

D. Zero noise of less than 0.2 ppb;

E. Precision of less than 0.5 percent of reading above 50 ppb;

F. Linearity should be ±1 percent of full scale;

G. Zero drift should be less than 0.5 parts per billion (ppb) over 24 hours;

H. Span drift should be less than 0.5 percent of full scale over 24 hours;

I. Response time should be less than 140 seconds at 95%;

J. Sample flow rate of 0.6 to 0.8 SLPM.;

K. Measurements should be temperature and pressure compensated;

L. Span and zero adjustable and off-setable; and

M. The operating system shall be capable of updating either by erasable programmable read-only memory (EPROM, EEPROM, etc.), or replacement downloaded from a PC or from a USB drive.

2. Responsive bids must include total estimated shipping charges.

3. Routine delivery response to TCEQ will be within 120 calendar days after

4. Equipment must be shipped Freight on Board/Free on Board (FOB)

5. The warranty period should consist of complete coverage of system

6. At least one manual or CD must accompany each instrument. The manual of operation, location of controls and switches, software commands, maintenance, and service instructions. The manual will also include schematic diagrams, pneumatic flow charts, lists of commonly replaced

7. Technical support must be available for TCEQ staff between the hours of

MINIMUM GENERAL SPECIFICATIONS

SPECIAL TERMS AND CONDITIONS

Attachment E Specifications for Oxides of Nitrogen Analyzer

Description: Oxides of Nitrogen (NOx) analyzer measures ambient levels of atmospheric nitrogen oxides (NO, NOx, and NO2) for use in unattended continuous air monitoring stations (CAMS). This monitor shall employ the chemiluminescence method for the measurement of NO and a catalytic converter for NO2 to NO conversion for its subsequent measurement.

1. Must meet U.S. Environmental Protection Agency (EPA) federal reference or equivalent method designation RFNA-1194-099.

2. Shall have measurement ranges of 0 to 50 parts per billion (ppb) and 0 to 20 parts per million (ppm) dual range.

3. Analyzer must meet the following parameters:

A. Lower detectable level: less than (<) 0.2 parts per billion (ppb).

B. Zero noise: <0.1 ppm root mean square (RMS).

C. Span noise: <0.2 percent (%) of reading above 50 ppb.

D. Zero drift: <0.5 ppb over 24 hours.

E. Span drift: <0.5% of full scale over 24 hours.

F. Precision: <0.5% of reading above 50 ppm.

G. Linearity: plus or minus (±) 1% of full scale.

H. Sample flow rate: 0.4 to 0.6 standard liters per minute (SLPM).

4. Power requirements are 90-110 voltage alternating current (VAC), 60 hertz (Hz), 250 watts.

5. Weight should be <45 pounds including all options. The pump may be external and not included in the weight limit.

6. Dimensions should not be greater than 7” x 17” x 24”.

7. All components shall be high quality designed for use in high dependability electronic, electrochemical, or pneumatic systems. In particular, the ozone generator’s high voltage transformers shall be designed for long life and safety and not be automotive-type substitutes.

8. The sample inlet shall be a 0.25-inch Swagelok® compatible compression fitting.

9. A 5-micrometer particulate filter of 47-millimeter diameter shall be accessible through the front panel.

10. The ozone generator shall have a dryer system suitable for using ambient room air as its air source. The design shall be of such type that does not require replenishing chemicals or use additional pumps.

11. The monitor shall use microprocessor-based electronics and shall provide for the viewing of all necessary operating parameters (flows, voltages, etc.), for normal operation and servicing. Viewing format: fluorescent screen, light-emitting diodes (LED), or plasma panel with touchscreen interface. The photomultiplier tube (PMT) and all sockets and high voltage circuitry thereof, shall be of the highest quality.

12. The PMT’s operating temperature shall be controlled for reduced noise.

13. Analog outputs shall be 0 to 1-volt full scale.

14. Monitor is to be used for non-attended, automatic, continuous operations and requires no replenishment of chemicals, gases, etc. It should resume normal operation after power failures.

15. The monitor must have temperature and pressure compensation.

16. The operating temperature range shall be between 5 and 40ºC.

17. Must have hardware specific remote access software that allows for remote connection with virtual interface and data downloading capabilities.

1. All items must be bid new, of current production, and must include the

2. The warranty period should consist of complete coverage of system onsite, parts, and labor for a minimum of two years from the date of acceptance.

3. Two electronic sets of manuals (styled: Instruction Manual, Operator’s

Manual, Operation and Service Manual, etc.) shall accompany each instrument. The manuals shall include complete operating instructions, circuit descriptions, theory of operation, location of controls and switches, software commands, maintenance, and service instructions. The manual shall include schematic diagrams, pneumatic flow charts, lists of commonly replaced parts, warnings, and safety precautions. Electronic manuals are

4. Technical support must be available for TCEQ staff between the hours of 8 a.m. and 5 p.m. Central Standard Time (CST) during regular business days, Mondays through Fridays, via both telephone access and electronic mail (e-mail).

MINIMUM GENERAL SPECIFICATIONS

SPECIAL TERMS AND CONDITIONS

Attachment F Specifications for Carbon Monoxide Analyzer

Description: Microprocessor controlled carbon monoxide (CO) analyzer for the measurement of airborne CO. This instrument is to use the correlation filter wheel-infrared (IR) absorption method of detection.

1. The continuous monitor must meet US EPA Federal Reference Method RFCA-1093- 093.

2. Must use IR absorption utilizing correlation wheel and microprocessor control as a detection method.

3. Must be housed in a freestanding cabinet that weighs no more than 45 pounds.

4. Must operate from standard 60 hertz (Hz), 115-voltage alternate current (VAC) outlet (95-135 VAC) and 250 watts.

5. Analyzer must meet the following parameters:

A. Dual range of 0-1 ppm full scale and 0-1,000 ppm full scale;

B. Minimum detection limit of <0.04 parts per million (ppm);

C. Zero noise of <0.02 ppm;

D. Span noise of <0.5 percent (%) of reading above 5 ppm;

E. Precision of <0.5% of reading above 5 ppm;

F. Linearity should be 1% of full scale;

G. Zero drift should be <0.1 ppm over 24 hours;

H. Span drift should be <0.5% of full scale over 24 hours;

I. Response time of less than 70 seconds to 95% of full scale;

J. Have an analog output of 0–1-volt DC and RS-232 connectivity.

6. Measurements should be temperature and pressure compensated.

7. The sample pump must be internal to the analyzer and the sample flow rate shall be less than 1 liter per minute. Flow rate to be controlled by critical orifice or other positive method of flow control (variable speed pump, mass flow controller, etc.)

8. Analog output to be 0-1 volts. Span and zero adjustable and offsetable.

9. Gas filter wheel (correlation wheel) shall be designed to prevent leaks and be guaranteed for five years. Field and objective mirrors shall not require adjustment even after cleaning. IR source shall be field serviceable and replaceable.

10. A 5-micrometer particulate filter of 47-millimeter diameter shall be accessible through the front panel.

11. The sample inlet shall be a 0.25-inch Swagelok® compatible compression fitting.

12. Readouts, communications, and hardware/firmware/software must include the following.

A. Analyzer must have easily viewed display, preferably high visibility fluorescent screen, light-emitting diodes (LED), or plasma panel with touchscreen interface.

The display should allow the operator to monitor levels, flows, warnings, etc.

B. Setup including zeroing, spanning, etc. should be accomplished using pushbuttons and the display.

C. There shall be provisions for RS-232 interface and associated software for more extensive diagnostics using a personal computer (PC).

D. Software and non-volatile random-access memory (RAM) storage shall allow the internal storage of a large number of 1-minute to 5-minute average CO samples and a record of alarms and out of limits conditions.

E. The operating system shall be capable of update either by erasable programmable read-only memory (EPROM, EEPROM, etc.) replacement or download from a PC or USB.

13. The operational temperature range should be 5 to 40ºC.

14. Unit dimensions shall not exceed 7” x 17” x 24”.

15. Have front panel USB connections for firmware upgrades.

1. Delivery shall be made to 12100 Park 35 Circle, Building B, Austin, Texas, 78753.

Routine delivery response to TCEQ shall be within 120 calendar days after receipt of order.

2. All items must be bid new, of current production, and must include the

3. The warranty period should consist of complete coverage of system onsite, parts, and labor for a minimum of two years from the date of acceptance.

4. Two sets of manuals (styled: Instruction Manual, Operator’s Manual, Operation and Service Manual, etc.) shall accompany each instrument. The manuals shall include complete operating instructions, circuit descriptions, theory of operation, location of controls and switches, software commands, maintenance, and service instructions. The manual shall include schematic diagrams, pneumatic flow charts, lists of commonly replaced parts, warnings, and safety precautions. Electronic manuals are acceptable.

5. Technical support must be available for TCEQ staff between the hours of 8 a.m.

and 5 p.m. Central Standard Time (CST) during regular business days, Mondays through Fridays, via both telephone access and electronic mail (e-mail).

MINIMUM GENERAL SPECIFICATIONS

SPECIAL TERMS AND CONDITIONS

Solicitation Name: Trace Level Carbon Monoxide Analyzer

Attachment G Specifications for a Trace Level Carbon Monoxide Analyzer

Description: Microprocessor controlled carbon monoxide (CO) analyzer for the measurement of airborne CO. This instrument is to use the correlation filter wheel-infrared (IR) absorption method of detection.

1. The CO analyzer must meet US EPA Federal Reference Method RFCA-1093- 093.

A. The system must contain the following components:

i. Must be housed in a freestanding cabinet that weighs no more than 50 pounds;

ii. Must operate from standard 60 hertz (Hz), 115-voltage alternate current (VAC) outlet (95-135 VAC) and 300 watts;

iii. The sample pump must be internal to the analyzer and the sample flow rate shall be less than 2 liters per minute. Flow rate to be controlled by critical orifice or other positive method of flow control (variable speed pump, mass flow controller, etc.);

iv. Analog output to be 0-1 voltage direct current for selected minimum range of 0 to 100 ppb full scale to maximum 0 - 100 ppm full scale (selectable, dual-range supported) in increments of 1 ppm;

v. Gas filter wheel (correlation wheel) shall be designed to prevent leaks and be guaranteed for five years;

vi. Field and objective mirrors shall not require adjustment even after cleaning;

vii. IR source shall be field serviceable and replaceable;

viii. A 5-micrometer particulate filter of 47-millimeter diameter shall be accessible through the front panel;

ix. The sample inlet shall be a 0.25-inch Swagelok® compatible

x. Analyzer must have easily viewed display, preferably high visibility fluorescent screen, light-emitting diodes (LED), or plasma panel;

xi. The display should allow the operator to monitor levels, flows, warnings, etc.;

xii. Setup including zeroing, spanning, etc. should be accomplished

xiii. There shall be provisions for RS-232, USB, and Ethernet interface and associated software for more extensive diagnostics using a personal computer (PC); and

xiv. Software and non-volatile random-access memory (RAM) storage minute average CO samples and a record of alarms and out of

B. Must use IR absorption utilizing correlation wheel with microprocessor control as a detection method;

C. Minimum detection limit of less than 0.02 parts per million (ppm);

D. Zero noise of less than 0.01 ppm;

E. Span noise of less than 0.5 percent of reading;

F. Precision of less than 0.5 percent of reading;

G. Linearity should be 1 percent of full scale;

H. Zero drift should be less than 10 parts per billion (ppb) over 24 hours and 20 ppb over 7 days;

I. Span drift should be less than 0.5 percent of the reading over 24 hours and 1 percent of the reading over seven days;

J. Onsite setup and troubleshooting should require no more than a digital voltmeter (and appropriate calibration gases, etc.);

K. Rise and fall times (to 95 percent) in 60 seconds;

L. Weight: less than 50 pounds;

M. Measurements should be temperature and pressure compensated;

N. Span and zero adjustable and offset able; and O. The operating system shall be capable of update either by erasable programmable read-only memory (EPROM, EEPROM, etc.) replacement or download from a PC.

3. Equipment must be shipped Freight on Board/Free on Board (FOB)

4. The warranty period should consist of complete coverage of system

5. At least one manual or CD must accompany each instrument. The manual of operation, location of controls and switches, software commands, maintenance, and service instructions. The manual will also include schematic diagrams, pneumatic flow charts, lists of commonly replaced parts, warnings, and safety precautions.

6. Technical support must be available for TCEQ staff between the hours of

Specifications for a Trace Level Carbon Monoxide Analyzer

Attachment H Specifications for an Ozone Analyzer

Description: Microprocessor controlled analyzer to be used for the automatic, unattended measurement of ozone in ambient air.

The ozone analyzer must meet the following requirements:

A. Must meet U.S. Environmental Protection Agency (EPA) federal reference or federal equivalent method designation EQOA-0992-087.

B. The system must contain the following components:

i. Microprocessor based digital circuitry with temperature and pressure compensation;

ii. Must have a digital display with a touchscreen interface;

iii. Ability to log all operational parameters;

iv. Span and zero adjustable and offset;

v. Provision for front panel diagnostics including flow;

vi. Analog output 0-1 voltage direct current full scale;

vii. Must have internal pump with controlled flow;

viii. Sample inlet and exhaust via 0.25-inch Swagelok® compatible compression fittings at rear of unit;

ix. User selectable range of 0-100 parts per billion (ppb) to 0-10 parts per million (ppm);

x. Must have dual range or auto range capability;

xi. Serial outputs: RS-232 serial port.

xii. Alternating current (AC) power: 115 volts, 60 hertz (Hz), 250 watts.

xiii. Include carrying handles.

xiv. A 5-micrometer particulate filter of 47-millimeter diameter shall be accessible through the front panel.

xv. Maximum dimensions 7” x 17” x 24” and less than 30 pounds.

xvi. The analyzer must be equipped with the Jelight brand ultraviolet lamp for photometer bench (Teledyne Part Number 052400000).

C. Zero noise: less than 0.2 ppb D. Span noise: less than 0.5 percent of reading above 100 ppb E. Lower detectable limit: less than 0.4 ppb F. Zero drift: less than 1.0 ppb over 24 hours G. Span drift: less than 1.0 percent of reading over 24 hours;

H. Precision: 0.5% of reading above 100 ppb;

I. Response time: less than 30 seconds to 95%;

J. Linearity: 1 percent of full scale;

K. Sample flow rate: 700-900 cubic centimeters per minute;

L. Temperature range: 5-40 degrees Celsius;

M. No ambient air interferences.

N. Requires no expendable gases or reagents.

O. Must have hardware specific remote access software that allows for remote connection with virtual interface and data downloading capabilities.

3. The warranty period should consist of complete coverage of system

4. At least one manual or CD must accompany each instrument. The manual of operation, location of controls and switches, software commands, maintenance, and service instructions. The manual will also include schematic diagrams, pneumatic flow charts, lists of commonly replaced

5. Technical support must be available for TCEQ staff between the hours of

Attachment H

Specifications for an Ozone Analyzer

Attachment I Specifications for Repair Parts for Teledyne Air Monitors

Description: The Texas Commission on Environmental Quality repairs Teledyne air monitoring instruments that have been installed in TCEQ Air Monitoring Network to monitor criteria and other pollutants. When these monitors fail due to extended use, they are returned to the main TCEQ office for maintenance and repair. Numerous parts are required to repair the different models of malfunctioning instruments. These specifications refer to the specific Teledyne parts required for maintenance and repair.

1. The following components are required for monitor maintenance:

1. Assembly, Prereact valve assembly, for use with T200UP, T200U NOy, and T200U NOx, Teledyne Part Number 024600400 or equivalent

2. Photomultiplier tube Preamplifier, SOx, for use in T100, T100H, T101, T102, and T108 Teledyne Part Number 041800400 or equivalent.

3. Assembly, Valve with Connection, Volt ampere 59, for use with Teledyne T700U or T700, Teledyne Part Number 055220000 or equivalent.

4. Internal Pump Assembly, Universal Voltage, 6OC used for: T108, T101, T100, T400, and T102 Teledyne part#077480200 or equivalent.

5. Activated Charcoal, 2 bottles at 64 ounces each, for use with T701 and T701H, Teledyne Part Number 005960000

6. Assembly, 4-way valve, 12VDC, Parker used on: Zero Air Generator Teledyne (T701) Part Number 036260200

7. Retainer Pad for Charcoal, Large 2 ¼ inch, for use with T701 and T701H, Teledyne Part Number 006900100 or equivalent.

8. O-Ring replacement maintenance kit used on Model T640 Teledyne Part Number KIT000537

9. Maintenance Kit ZAG regen dryer used on Zero Air Generator Teledyne Part Number 016920000

10. Assembly, 4-way valve, Parker used on: Zero Air Generator Teledyne (M701) Part Number 036260000

11. Kit UV lamp, w/adapter (BIR). used on: T108, T102, T101, T100H and T100 Teledyne Part Number KIT000236

12. Assembly, ultraviolet lamp for photometer bench, 05241, CR used on T700U and T400 Teledyne Part Number 052400000

13. Ozone Scrubber, MNO2, BUY, (PA). Used on T700U and T400 Teledyne Part Number 096730000

14. Printed Circuit Board Calibrator Motherboard, Assembly, for Gen 5 ICOP CPU. Used on T700U Teledyne Part Number 058021400

15. Printed Circuit Board bench heater/thermistor assembly board. Used on T700 Teledyne Part Number 041440000

16. Assembly, hydrocarbon kicker. Used on 100E Teledyne Part Number 013390000

17. Printed Circuit Board, Relay card. Used on T100 Teledyne Part Number 045230200

18. Assembly, replacement filter, optical, 214NM, (BF). Used on: T108U, T108, T102, T101, T100U, T100H and T100 KIT000093

19. Assembly, flow controller, 830CC, 13.5MIL, 1/4" connection-b. Used on T400 Teledyne Part Number 001761100

20. Assembly, internal pump. Used on: T500U Teledyne Part Number 078510000

21. Printed Circuit Board, UV lamp driver, Const Curr, used on T100, T100U Teledyne Part Number 079390000

22. Rebuild, rxcell CD filter 330NM (00272) used on: T100, T100U, T101, T102, T108 Teledyne Part Number KIT000136

23. CD, Filter, 330NM (KB) used on T101 and T100 Teledyne Part Number 002720000

24. Printed Circuit Board, Interface LCD touch screen, F/P(PA) used on:

Teledyne Part Number 066970000

25. LCD module, w/touchscreen TS2 (PA) used on T700U, T200, T400, T100 Teledyne Part Number 083500000

26. Printed Circuit Board, LVDS Transmitter board (PA) used on T100 Teledyne Part Number 068810000

27. Assembly, touchscreen control module, TS1 used on T100 and T200 Teledyne Part Number 072150000

28. Rebuild kit, pump, knf, N811/PU3060, STR 3, (PA) used on: T100, T100U, T101, T102, T108, T108U, T300, T300M, T300U, T320, T320U, T360, T360M T360U, T801, T802, T803 and T400 Teledyne Part Number

PU0000096

29. Rebuild kit, pump, knf, N811, structure 2 (PA) used on T100, T100U, T101, T300, T300U, T400 Teledyne Part Number PU0000110

30. Filter, Disposable Filter Unit, Nylon, 1/4-inch tube, 0.01 micrometer, for use with T100, T200U NOy, T200, T100H, T100U, Teledyne Part Number FL0000003 or equivalent.

31. Assembly, Flow controller, 800CC, 13MIL, 1/4" CONN-B used on T300 Teledyne Part Number 001760400

Attachment I

Specifications for Repair Parts for Teledyne Air Monitors

MINIMUM GENERAL SPECIFICATIONS