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General| Brand | TESTO |
|---|---|
| Model | 330-1 |
| Category | Measuring Instruments |
| Language | English |
Explains symbols used in the manual for warnings and instructions.
Demonstrates how to use the short form to navigate to a specific function.
Describes the application areas for which the measuring instrument is intended.
Provides an overview of the individual components of the product.
Details the use of the mains unit and rechargeable battery for the instrument.
Covers the connection and handling of probes and sensors.
Provides guidance on routine maintenance of the instrument and its parts.
Instructions for printing data to a Testo protocol printer via infrared.
Details data transfer to a PC or Pocket PC using connecting cables or infrared.
Provides answers to frequently asked questions about the instrument.
Lists technical specifications, standards, and measuring ranges.
Warnings against measuring on or near live parts with the instrument.
Guidelines for storing and protecting the measuring instrument and cells.
Operating parameters, handling, and maintenance requirements for product safety.
Instructions for the proper disposal of batteries and the instrument.
Describes the specific furnace systems and tasks the testo 330 is designed for.
Lists scenarios where the testo 330 should not be used, e.g., continuous measurements.
Labels and describes the physical parts of the testo 330 measuring instrument.
Warning about strong magnets and potential damage to sensitive equipment.
Explains the function of each key on the instrument's keypad.
Describes the elements shown on the display and their meanings.
Details the elements and options presented in the instrument's settings view.
Explains the layout and information displayed during measurement.
Identifies and describes the various connection sockets on the instrument.
Details the USB, PS2, and infrared interfaces for connectivity.
Identifies the rechargeable battery, gas pump, and sensor cell slots.
Step-by-step instructions for securing the carrying strap and barcode pen holder.
Identifies parts of the modular flue gas probe, including filter chamber and probe module.
Describes the initial steps required to commission the measuring instrument.
Explains how the instrument operates using the mains unit or rechargeable battery.
Step-by-step guide for replacing the instrument's rechargeable battery.
Instructions on how to charge the instrument's battery, including conditions.
Recommendations for optimal battery storage and usage to prolong life.
Details how to operate the instrument directly connected to the mains unit.
Explains how probe detection occurs and when probes must be connected.
Describes continuous probe/sensor detection at the flue gas socket.
Step-by-step guide to replacing the probe module on the handle.
Instructions for checking and emptying the condensate trap.
How to check for contamination and replace the particle filter.
Instructions for turning the measuring instrument on and the initial display.
How to select and activate functions within the instrument's menus.
Describes methods for entering numerical and character values using list fields or editors.
How to print measurement data using the Print function key.
Instructions for saving measurement data using the Save function.
How to acknowledge and confirm error messages displayed by the instrument.
How to use a barcode pen to scan and create/activate locations.
Instructions for safely switching off the measuring instrument.
How to access the Memory/Location menu using the instrument's keys.
Step-by-step guide to creating a new location for measurements.
How to order location lists by name or address for certain instrument versions.
How to restore location lists in the sequence they were created for certain versions.
How to select and activate a specific location for measurements.
Instructions for printing or displaying measurement protocols.
Instructions for editing, deleting, or changing location information.
How to access and use the Extras memory function for memory management.
How to access the Instrument Diagnosis menu.
Step-by-step guide for performing a gas path check on specific instrument versions.
How to view and navigate through device errors displayed by the instrument.
How to check the status of measuring cells and perform gas zeroing.
How to adapt the product to specific measurement tasks and user requirements.
Allows setting parameters, units, and the number of readings per display page.
Options to set the number of values displayed on large or small screens.
How to select display positions, insert lines, delete parameters, and set units.
How to set headers, footers, and select the printer for data output.
How to set limit values for alarms (visual and optical).
How to assign functions to the start keys for quick access.
How to set the current date and time on the instrument.
How to select the desired menu language from available options.
How to set the NO2 addition and shut-off thresholds for measuring cells.
How to set protection limits to prevent measuring cell overload.
Procedures for recalibrating CO and NO measuring cells, including warnings.
How to access the Fuels menu to choose fuel types and set coefficients.
How to select and activate a specific fuel type for measurements.
How to set or reset fuel-specific coefficients for accurate calculations.
Describes the essential preparation steps before starting measurements.
Explains the zeroing process for combustion air temperature, gas, and draught sensors.
Instructions on checking the thermocouple and aligning the flue gas probe.
How to check if the thermocouple is positioned correctly and not against the probe cage.
How to align the probe for optimal flue gas flow and temperature measurement.
How to configure the display to show required parameters and units for measurements.
How to perform flue gas measurements, save, and print data.
How to perform draught measurements and record readings.
Details the BlmSchV and qA mean value measurement sequences for specific models.
Steps for performing the qA mean value measurement sequence.
Steps for performing the BlmSchV measurement sequence.
How to perform and record undiluted CO measurements.
How to enter smoke tester numbers and heat carrier temperatures for oil fuels.
Instructions for performing differential pressure measurements and associated warnings.
How to perform measurements and record temperature differences (T1 - T2).
How to perform O2 air supply measurements using a dual wall clearance probe.
How to measure gas flow rate and calculate gas burner output for gas fuels.
How to measure oil flow rate and calculate oil burner output for oil fuels.
Instructions for performing gas leak detection and setting alarm thresholds.
How to perform ambient CO measurements, noting influences like cigarette smoke.
How to perform ambient CO2 measurements, including entering absolute pressure.
How to read status data and malfunction reports from automatic furnaces.
How to access and scroll through failure reports from automatic furnaces.
How to transfer readings to the Flue Gas menu for storage or printing.
Printing data to a Testo protocol printer via infrared interface.
How to transfer data to a PC or Pocket PC using connecting cables or infrared.
Instructions for cleaning the instrument's housing with a damp cloth.
Step-by-step guide for replacing faulty measuring cells and managing short-circuit brackets.
Reference to sensor settings for recalibration procedures.
How to check and replace the additional filter for added protection.
Step-by-step guide to changing the thermocouple in the probe.
Addresses common instrument issues like not switching on or faulty battery display.
Lists the standards and directives the product complies with, including TÜV approvals.
Detailed table of measuring ranges, accuracies, resolutions, and response times for various parameters.
Details measuring range, accuracy, and resolution for temperature measurements.
Provides data on operating temperature, power supply, dimensions, weight, memory, and warranty.
Table listing fuel-specific factors, CO2max, and O2 reference values.
Details the formulae used for calculating carbon dioxide, flue gas loss, and efficiency.
Formula for calculating the air ratio (lambda) based on CO2max and CO2.
Formula for calculating total nitrogen oxides (NOx) from NO and NO2add.
Formula used to calculate the flue gas dew point temperature.
Formulae for converting CO and NOx concentrations from ppm to mg/m³.
Lists available modular flue gas probes with their part numbers.
Lists probe shaft modules, spare thermocouples, cones, and extensions.
Lists different types of temperature probes and their part numbers.
Information on retrofitting measuring cells for different testo 330 versions.
Lists individual spare measuring cells for various testo 330 models and their part numbers.
Lists accessories like barcode pens, mains units, software, and calibration adapters.
A table summarizing measuring tasks, functions, and corresponding page numbers.
A table summarizing memory and location management tasks and their pages.
Summarizes instrument settings like display, printer, alarms, date/time, and language.
Summarizes sensor settings for NO2 addition, protection, and recalibration.
Summarizes diagnostic functions like gas path check and error viewing.
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