Scope

0554 2001 Magnetic Wall Holder by Testo

• Attach the wall bracket for testo Saveris 2 directly to a refrigerator or freezer

Attach your WiFi data loggers directly to magnetic surfaces with the magnetic adapter for the testo Saveris 2 wall bracket.

Delivery Scope

Magnetic adapter for testo Saveris 2 wall bracket (including two screws)

DM2000 Digital Manometer with Hose 1.5m by Wohler

Scope of Delivery: Wohler DM 2000 Digital Manometer 5' hose Display in inch WC Temperature in °F

Additonal Information

• Wohler DM 2000 Digital Manometer
• 5' hose
• Display in inch WC
• Temperature in °F

0554 1106 USB-Power Supply includes Cable by Testo

• For the external power supply
• 230 V AC / 5 V DC (2 A)
• Micro USB cable

Use the mains unit with micro USB for supplying the power to your measuring instrument (e.g. testo 400 IAQ measuring instrument). Thanks to the various plug types supplied, the mains unit is also suitable for international use.

Delivery Scope

1 x USB mains unit including cable (cable length 2m).

0516 1400 Transport Case for Volume Flow Measurement with Testo 400 by Testo

• Sturdy plastic case
• Offers sufficient space for measuring instrument, flow probes (e.g. hot wire probes) and accessories
• Dimensions: 520 x 160 x 410 mm (W x H x L)

Safely stow away your equipment for flow measurements in the sturdy transport case: The case has special compartments, offering storage space for the appropriate measuring instrument (e.g. testo 400), accessories and probes.

Delivery Scope

1 x transport case for air flow measurements.

0516 2400 Service Case for Comfort Measurement with Testo 400 by Testo

• Sturdy plastic case
• Offers sufficient space for measuring instrument and comfort probes (e.g. turbulence probes) and accessories
• Dimensions: 520 x 210 x 410 mm (W x H x L)

Safely stow away your equipment for IAQ and comfort level measurements in the sturdy transport case: The case has special compartments, offering storage space for the appropriate measuring instrument (e.g. testo 400), accessories and probes.

Delivery Scope

1 x transport case for IAQ and comfort level measurements.

0600 9799 Short Air Probe by Testo

The combustion air temperature probe can be positioned flexibly, because it features a 190 mm long probe shaft and a 2.2 m cable. A cone for attachment is included.

• Flexible positioning (immersion depth 190 mm, cable length 2.2 m)
• Cone for attachment included
• Measuring range: 0 to +100 °C

The probe is used for the specific measurement of combustion air temperature within the context of flue gas or particulate matter measurements.

Delivery Scope

Combustion air temperature probe with 190 mm probe shaft including cone for attachment.

0572 2152 Door Contact Connecting Cable, Mini DIN Plug for Saveris 2-T2 by Testo

Your data logger records temperature fluctuations in a freezer or refrigerator. Is it possible that the door has not been closed properly?

The door contact connection cable means you can connect your appropriate data logger with a standard door contact (neither are included in the scope of delivery). In this way, the opening or closing of doors can be recorded, for example in refrigerators, deep-freeze rooms or chest freezers. The data logger triggers an alarm if required.

The door contact connection cable helps you to determine whether the refrigerator door may not have been closed (in good time). Because possible connections between temperature changes and the opening of the door can easily be detected in the data analysis.

• To connect data loggers and standard door contacts
• Enables the opening of refrigerator doors to be recorded
• Determine whether temperature fluctuations arise due to a door being opened

The door contact connection cable means you can connect your appropriate data logger with a standard door contact. The data logger can therefore record the opening of doors (e.g. refrigerator doors).

Delivery Scope

Door contact connection cable (2-core connection cable with mini DIN plug).

0572 1762 176 T2 2-Channel Temperature Logger with External Connections for 2 RTD temp sensors by Testo

When highly accurate measurements are needed, for instance in laboratories, the testo 176 T2 with its two inputs for external Pt100 probes is the right data logger. A reference-class data logger. Like all Testo data loggers for applications in the food sector, the testo 176 T2 is tested according to DIN EN 12830 by the ATP testing section of the TÜV Süd.

• Large memory for 2 million measurement values - large, easily legible display
• Up to 8 years battery life
• Standard battery (AA) replaceable by user
• Scope of delivery: Data logger testo 176 T2 incl. wallholder, lock, batteries, calibration certificate and instruction manual

0572 1764 176 T4 4-Channel Temperature Logger with 4 External Thermocouple Connections (Type T, K, J) by Testo

You can measure and document flow and return temperatures with the testo 176 T4 at 4 different places, for example at the distributor og an underfloor heating system, in order to test its functionality. The requirements of a many different applications can be fulfilled using a broad range of connectable thermocouple probes (Type K, Type T, Type J).

• Large memory for 2 million measurement values - large, easily legible display
• up to 8 years battery life
• Standard battery (AA) replaceable by user
• Scope of delivery: Data logger testo 176 T4 incl. wallholder, lock, batteries, calibration certificate and instruction manual

0572 2151 External Temperature / Humidity Stub Probe for Saveris 2-H2 by Testo

Saveris 2 stub probe for measurement of ambient air temperature and relative humidity in open spaces or walk-in coolers. The humidity/temperature probe plugs to the port at the bottom of the logger. The Saveris H2 DIN plug port also accepts flexible cable temperature/humidity probe 0572 6172, for insertion to environmental chambers, incubators, or air ducts.

The humidity sensor for measuring relative humidity is designed to provide long term stability. It is condensation resistant and can be calibrated with traceable NIST certification.

• Stub temperature/humidity probe for Saveris 2 H2 wireless logger, plugs in to the DIN port at the bottom of the H2 unit
• Measurement range: relative humidity 0 to 100%; temperature -22 to 122 °F / -30 to 50 °C

Delivery Scope

1 x plug-in stub humidity/temperature probe 0572 2151 for use with testo Saveris 2-H2 Wi-Fi data logger 0572 2005

0554 1591 Measuring Tripod for Comfort Level Measurement by Testo

Use the measuring tripod in conjunction with the appropriate IAQ measuring instrument and the corresponding probes for the following applications, for example:

• Determining the air velocity and draught risk in accordance with EN 13779 using turbulence probes
• Determining the PMV/PPD value in accordance with ISO 7730
• Long-term measurement of indoor air quality

Particularly useful: The bag is equipped with a separate compartment for safely transporting a globe thermometer. The globe thermometer cable can also be stored there, in an additional compartment.

• For standard-compliant positioning of measuring instrument and max. 8 probes
• Easy, secure mounting of measuring instrument and probes
• Small pack size, approx. 500 mm long
• Includes bag for storage and for safe transportation

Ideal for standard-compliant IAQ and comfort measurements: use the measuring tripod for IAQ and comfort level measurements to position the compatible measuring instrument and the probes (please order separately) in compliance with the standards at all times.

Delivery Scope

Measuring tripod for IAQ and comfort level measurements, consisting of folding stand, mounting rod, 4 x probe mounts, including bag.

0554 9770 Probe Tube Flexible, 330 mm by Testo

In measurements on heating system burners, obstructed measurement areas can occur (e.g. due to sloping roofs, cramped basement rooms). In these cases, the usual straight flue gas probes can only be inserted into the flue with great difficulty. With flexible flue gas probes made of metal, there is a danger that the probe shaft is over-bent, and can break.

Our flexible probe shaft offers the ideal solution to this problem: It is made of very flexible plastic, and can thus be bent easily without breaking. This allows you to carry out flue gas measurements without any problems, at any measurement site.

• For flue gas measurements on heating system burners
• Extremely flexible plastic probe shaft
• Used for measurements at difficult-to-access measurement sites
• Attachable to modular flue gas probes

Our flexible probe shaft helps you to carry out flue gas measurements on difficult-to-access measurement area. Since the probe shaft is made of very flexible plastic, you can easily bend it, allowing it to be inserted into exhaust flues which are obstructed (e.g. by sloping ceilings)

Delivery Scope

Flexible probe shaft for attachment to modular flue gas probes.

0560 5600 01 Refrigerant valve with Bluetooth - for digital refrigerant scale testo 560i by Testo

Fully automatic and precise charging of refrigeration systems and heat pumps: The intelligent refrigerant valve makes it possible - together with the separately available testo 560i refrigerant scale, a Testo manifold, Testo Smart Probes and the testo Smart App.

• Intelligent Bluetooth valve for digital refrigerant scale testo 560i (available separately or as a kit) for automatic and precise refrigerant charging of refrigeration systems/heat pumps.
• Easy operation via Testo manifold or testo Smart App with automatic charging programs according to target value superheat, subcooling or refrigerant weight.
• Flexible in confined environments: Valve and scale automatically connect via Bluetooth to the manifold and App on your smartphone/tablet.
• All measured values for the charging process at a glance in the manifold and App with storage of the measured data in the App.
• Compatible with testo 560i, manifolds testo 557s/550s/550i as well as testo 557 /550, Smart Probes testo 115i/549 i/605i and testo Smart App for Android and iOS.

Advantages of the refrigerant valve

• Especially robust thanks to IP54
• High Bluetooth range of up to 150 m together with a Testo manifold (alone up to 50 m).
• Long battery life of over 60 hours and replaceable 9 V block battery.
• Very practical due to sturdy hook.

Delivery Scope

• Refrigerant valve with Bluetooth for digital refrigerant scale testo 560i
• 1 x 9V (6LR61) battery
• Instruction manual

0572 2020 Saveris 2 Power Supply, 5V DC / 900mA by Testo

USB Power Supply for testo Saveris 2 and testo 160 Wi-Fi dataloggers. When the power supply is connected, the battery power is turned off; no need to remove batteries. Batteries can stay installed, for battery backup, in the event of a loss of power.

Input: 100-240 VAC, 50-60 Hz
Output: 5V DC / 900 mA
USB-A to Micro-B Cable, 4.9 ft. (1.5 m)

• 4.92 ft. / 1.5 m USB-A to Micro-B cable
• Power supply with a set of international plugs
• Power supply not to be connected to PC
• Micro-B USB plug connects to Wi-Fi data logger

USB Power Supply for testo Saveris 2 and testo 160 Wi-Fi data loggers. When the power supply is connected, the battery power is turned off; no need to remove batteries. Batteries can stay installed, for battery backup, in the event of a loss of power.

Delivery Scope

USB Power Supply for testo Saveris 2 and testo 160 Wi-Fi data loggers, including USB cable, and 1 set of changeable international plugs

0572 2153 External Temperature Stub Probe for Saveris 2-T2 by Testo

The plug-in temperature probe is suitable for measuring temperature in storerooms, cold storage areas and work rooms or in air conditioning/ventilation ducts.

The temperature probe is plugged directly in and is therefore compactly connected to the data logger.

The applications at a glance

Use the high-precision temperature probe (with an appropriate measuring instrument) for the following applications:

• Measuring the temperature in storage, refrigerated and work areas or in air conditioning/ventilation ducts
• Assessing thermal comfort
• Checking the correct ambient conditions in production facilities to comply with quality standards

• Measures air temperature and humidity quickly and reliably
• Compactly connected to the logger: the probe is plugged directly into the logger
• Good air flow at the sensor
• Measurement range: Temperature -30 to +50 °C

The door contact connection cable means you can connect your appropriate data logger with a standard door contact. The data logger can therefore record the opening of doors (e.g. refrigerator doors).

Delivery Scope

1 x plug-in temperature probe 0572 2153.

0600 9770 Flue Gas Probe Flexible, 330 mm by Testo

In measurements on heating system burners, obstructed measurement areas can occur (e.g. due to sloping roofs, cramped basement rooms). In these cases, straight flue gas probes can only be inserted into the flue with great difficulty. With flexible flue gas probes made of metal, there is a danger that the probe shaft is over-bent, and can break.

Our flexible flue gas probe offers the ideal solution to this problem: The probe shaft is made of flexible plastic, and can thus be bent very easily without breaking. This allows you to carry out flue gas measurements without any problems, at any measurement site.

• For flue gas measurements on heating system burners
• With extremely flexible plastic probe shaft
• Used for measurements at difficult-to-access measurement sites
• Connectable to flue gas analyzer by bayonet fitting

Our flexible flue gas probe helps you to carry out flue gas measurements even on difficult-to-access measurement areas. Since the probe shaft is made of very flexible plastic, you can easily bend it, allowing it to be inserted into exhaust flues which are obstructed (e.g. by sloping ceilings)

Delivery Scope

Flexible flue gas probe, connectable to the flue gas analyzer by bayonet fitting.

0615 4611 Pipe Wrap Probe NTC by Testo

For simple temperature measurements: use the temperature probe with Velcro with the compatible measuring instrument (please order separately) to measure the surface temperature of pipes.

Temperature probe with Velcro (NTC) - features and areas of application

Use the fixed cable including TUC connector to connect the pipe wrap probe (NTC) to the compatible measuring instrument. The temperature probe features a high-quality NTC sensor, which is attached to a 300 mm long strip of Velcro.

The temperature probe is designed for measuring the surface temperature of pipes and offers numerous application options. Thanks to the Velcro, it can be attached quickly and easily to pipes up to 75 mm in diameter. The temperature probe is therefore ideal for carrying out temperature measurements on water pipes or on the flow and return pipes of heating systems.

• Measuring range from -50 to +70 °C
• With Velcro, for easy attachment of the temperature probe to pipes up to 75 mm in diameter
• Temperature probe with NTC temperature sensor

Use the temperature probe with Velcro (NTC) (with the compatible measuring instrument) to carry out fast, easy measurements of the surface temperature of pipes.

Delivery Scope

1 x temperature probe with Velcro (NTC) with fixed cable (cable length 1.4 m).

0615 5605 Pipe Clamp Probe NTC with TUC by Testo

For fast, precise temperature measurements: use the pipe wrap probe (NTC) with a compatible measuring instrument (please order separately) to measure the surface temperature of pipes.

Pipe wrap probe (NTC) - features and areas of application

Use the fixed cable including TUC connector to connect the pipe wrap probe (NTC) to the compatible measuring instrument. The pipe wrap probe is equipped with a high-quality NTC sensor. In the event of damage, the measuring head is easy to replace.

The pipe wrap probe (NTC) is designed for measuring the surface temperature of pipes (pipe diameters from 5 to 65 mm) and offers numerous application options. The quick-release connector enables the surface probe to be attached to pipes quickly and easily. This makes it ideal for measuring flow and return temperatures on heating systems or for checking the temperature of refrigeration systems, for example.

• Measuring range from -60 to +130 °C
• The surface probe can be attached to pipes very quickly thanks to the quick-release connector
• Replaceable measuring head
• Temperature probe with precise NTC temperature sensor

Use the pipe wrap probe (NTC) (with the compatible measuring instrument) to carry out fast, precise measurement of the surface temperature of pipes.

Delivery Scope

1 x pipe wrap probe (NTC) for temperature measurements on pipes (Ø 5-65 mm), with fixed cable (cable length 1.4 m).

0618 0073 Immersion and Penetration Pt100 Probe by Testo

Ideal for measurements in laboratories, in industry and also in food quality control. The high-precision immersion/penetration probe with a Pt100 temperature sensor, which features long-term stability, is particularly suitable for carrying out temperature measurements in liquids and pastes.

Particularly useful: Store individual readings directly in the measuring instrument itself (please order separately) by pressing the button on the probe. The measurement assistant in the measuring instrument makes for intuitive operation and error-free measurement. Reading trends are reliably recorded thanks to the convenient input of measurement time and measuring cycle.

Intelligent calibration concept

With the digital temperature probe you benefit from exceptionally accurate measurement results, because the measuring instrument makes measurement uncertainty a thing of the past. You only need to send the probe in for calibration - so the measuring instrument remains in continuous use. Thanks to the adjustment function in the measuring instrument, the calibration results can be stored at up to six measuring points. This ensures a zero-error display.

• Accuracy of up to ±0.15 °C
• For measurements in liquids and pastes
• Ideal for use in laboratories, in industry and in food quality control
• Intelligent calibration concept with zero-error display

High-precision temperature measurement: The digital penetration probe (with the compatible measuring instrument) takes measurements in liquids and pastes, with an accuracy of up to ±0.15 °C.

Delivery Scope

1 x immersion/penetration probe (digital) with fixed cable (cable length 1.4 m) and calibration protocol.

0618 7072 Laboratory Probe, Glass-coated, Pt100 (resistant to corrosive substances) by Testo

Ideal for measurements in laboratories and in industry. The glass-coated laboratory probe is equipped with a replaceable glass sheathing and a Pt100 temperature sensor, which features long-term stability. This makes it particularly suitable for measuring the temperature in aggressive media.

Intelligent calibration concept

With the digital temperature probe you benefit from exceptionally accurate measurement results, because the measuring instrument makes measurement uncertainty a thing of the past. You only need to send the probe in for calibration - so the measuring instrument remains in continuous use. Thanks to the adjustment function in the measuring instrument, the calibration results can be stored at up to six measuring points. This ensures a zero-error display.

• For measurements in corrosive media
• Ideal for use in laboratories and in industry
• Pt100 sensor for accurate measurement results
• Intelligent calibration concept with zero-error display

Measuring temperature in the laboratory: The digital Pt100 laboratory probe with replaceable glass sheathing (together with the compatible measuring instrument) takes measurements in corrosive media.

Delivery Scope

1 x laboratory probe (digital) with fixed cable (cable length 1.6 m) and calibration protocol.

1P20B Non-Switchable Passive Oscilloscope Probe, 15MHz, 1.2M Cable Length by Test Products International

Selecting the correct oscilloscope probe ensures accuracy and can improve the performance of your test instrument. TPI offers a wide range of high quality oscilloscope probes designed to meet the most demanding applications.

The IP series monolithic probes have switchable attenuation and are available in 60 and 250MHz. These probes are ideal for technicians that need a basic oscilloscope probe.

The slimline design P and SP series probes are available in fixed or switchable attenuation. These series of probes are perfect for the technician needing additional features such as replaceable cable and interchangeable probe tip. The compensation adjustment for these probes is located in the BNC to eliminate noise pickup.

TPI also offers three models of high voltage differential probes all with high common mode rejection, wide bandwidth, and fast rise times. Differential probes enable the viewing of signals not referenced to earth ground and provide better performance than a matched pair of single ended oscilloscope probes when measuring these types of signals.

Several important factors must be taken into account when selecting the proper probe.

• The probe should have sufficient bandwidth and rise time for the test instrument and application. Choose a probe with at least an equal bandwidth as the scope it will be used with. For best performance a probe with twice the bandwidth as the scope should be selected
• For oscilloscope probes, the input capacitance of your oscilloscope should be within the compensation range specification of the probe. In addition, if your oscilloscope has readout function, select a probe with this capability
• For differential probes, make sure the maximum differential voltage is adequate for your application and the common mode rejection specification meets the requirements of the tests being performed.

Features

• Attenuation: Ratio of the output signal to the input signal. Attenuation should remain constant decreasing by 3dB only as the frequency increases to the maximum bandwidth.
• Bandwidth: The maximum -3dB frequency that can be expected.
• Cable Length: Length of the cable from the end of the probe to the end of the connector. It is important to use a probe with just enough cable length for your needs. Long cables increase the capacitance and propagation delay of the probe.
• Compensation Range: The range a probe can be compensated to match the input capacitance of the test equipment it is being used with.
• IEC 1010: Probes with the IEC 1010 category rating have been designed for safety.
• Input Impedance: The total resistance and capacitance as measured at the tip of the probe. This specification is used to define the loading effect of a probe. At frequencies under 1MHz the input resistance of the probe will have the most influence. At higher frequencies the input capacitance will have the most influence.
• Max Input Voltage: The maximum voltage the probe can be used at.
• Max Differential Voltage: The maximum differential voltage that can be measured by a differential probe
• Readout: Probes with this capability are compatible with readout function oscilloscopes that automatically detect and display the attenuation factor of the probe.
• Rise Time: The time required for the leading edge of a pulse to rise from 10% to 90% of its final value.
• CMRR: Common Mode Rejection Ratio. A measure of a differential probes ability to reject any signals common to both test points in a differential measurement

Applications

• Use TPI Probes with Bench Top, Portable, Analog, and Oscilloscopes
• Logic signal and waveform tests
• Measure voice / data signals
• Analyze power quality
• Test motor control circuits

Markets

• Electronic
• Communication
• Commercial
• Industrial

ADF25 Differential Probe by Test Products International

Selecting the correct oscilloscope probe ensures accuracy and can improve the performance of your test instrument. TPI offers a wide range of high quality oscilloscope probes designed to meet the most demanding applications.

The IP series monolithic probes have switchable attenuation and are available in 60 and 250MHz. These probes are ideal for technicians that need a basic oscilloscope probe.

The slimline design P and SP series probes are available in fixed or switchable attenuation. These series of probes are perfect for the technician needing additional features such as replaceable cable and interchangeable probe tip. The compensation adjustment for these probes is located in the BNC to eliminate noise pickup.

TPI also offers three models of high voltage differential probes all with high common mode rejection, wide bandwidth, and fast rise times. Differential probes enable the viewing of signals not referenced to earth ground and provide better performance than a matched pair of single ended oscilloscope probes when measuring these types of signals.

Several important factors must be taken into account when selecting the proper probe.

• The probe should have sufficient bandwidth and rise time for the test instrument and application. Choose a probe with at least an equal bandwidth as the scope it will be used with. For best performance a probe with twice the bandwidth as the scope should be selected
• For oscilloscope probes, the input capacitance of your oscilloscope should be within the compensation range specification of the probe. In addition, if your oscilloscope has readout function, select a probe with this capability
• For differential probes, make sure the maximum differential voltage is adequate for your application and the common mode rejection specification meets the requirements of the tests being performed.

Features

• Attenuation: Ratio of the output signal to the input signal. Attenuation should remain constant decreasing by 3dB only as the frequency increases to the maximum bandwidth.
• Bandwidth: The maximum -3dB frequency that can be expected.
• Cable Length: Length of the cable from the end of the probe to the end of the connector. It is important to use a probe with just enough cable length for your needs. Long cables increase the capacitance and propagation delay of the probe.
• Compensation Range: The range a probe can be compensated to match the input capacitance of the test equipment it is being used with.
• IEC 1010: Probes with the IEC 1010 category rating have been designed for safety.
• Input Impedance: The total resistance and capacitance as measured at the tip of the probe. This specification is used to define the loading effect of a probe. At frequencies under 1MHz the input resistance of the probe will have the most influence. At higher frequencies the input capacitance will have the most influence.
• Max Input Voltage: The maximum voltage the probe can be used at.
• Max Differential Voltage: The maximum differential voltage that can be measured by a differential probe
• Readout: Probes with this capability are compatible with readout function oscilloscopes that automatically detect and display the attenuation factor of the probe.
• Rise Time: The time required for the leading edge of a pulse to rise from 10% to 90% of its final value.
• CMRR: Common Mode Rejection Ratio. A measure of a differential probes ability to reject any signals common to both test points in a differential measurement

Applications

• Use TPI Probes with Bench Top, Portable, Analog, and Oscilloscopes
• Logic signal and waveform tests
• Measure voice / data signals
• Analyze power quality
• Test motor control circuits

Markets

• Electronic
• Communication
• Commercial
• Industrial

ADF25A Differential Probe by Test Products International

Selecting the correct oscilloscope probe ensures accuracy and can improve the performance of your test instrument. TPI offers a wide range of high quality oscilloscope probes designed to meet the most demanding applications.

The IP series monolithic probes have switchable attenuation and are available in 60 and 250MHz. These probes are ideal for technicians that need a basic oscilloscope probe.

The slimline design P and SP series probes are available in fixed or switchable attenuation. These series of probes are perfect for the technician needing additional features such as replaceable cable and interchangeable probe tip. The compensation adjustment for these probes is located in the BNC to eliminate noise pickup.

TPI also offers three models of high voltage differential probes all with high common mode rejection, wide bandwidth, and fast rise times. Differential probes enable the viewing of signals not referenced to earth ground and provide better performance than a matched pair of single ended oscilloscope probes when measuring these types of signals.

Several important factors must be taken into account when selecting the proper probe.

• The probe should have sufficient bandwidth and rise time for the test instrument and application. Choose a probe with at least an equal bandwidth as the scope it will be used with. For best performance a probe with twice the bandwidth as the scope should be selected
• For oscilloscope probes, the input capacitance of your oscilloscope should be within the compensation range specification of the probe. In addition, if your oscilloscope has readout function, select a probe with this capability
• For differential probes, make sure the maximum differential voltage is adequate for your application and the common mode rejection specification meets the requirements of the tests being performed.

Features

• Attenuation: Ratio of the output signal to the input signal. Attenuation should remain constant decreasing by 3dB only as the frequency increases to the maximum bandwidth.
• Bandwidth: The maximum -3dB frequency that can be expected.
• Cable Length: Length of the cable from the end of the probe to the end of the connector. It is important to use a probe with just enough cable length for your needs. Long cables increase the capacitance and propagation delay of the probe.
• Compensation Range: The range a probe can be compensated to match the input capacitance of the test equipment it is being used with.
• IEC 1010: Probes with the IEC 1010 category rating have been designed for safety.
• Input Impedance: The total resistance and capacitance as measured at the tip of the probe. This specification is used to define the loading effect of a probe. At frequencies under 1MHz the input resistance of the probe will have the most influence. At higher frequencies the input capacitance will have the most influence.
• Max Input Voltage: The maximum voltage the probe can be used at.
• Max Differential Voltage: The maximum differential voltage that can be measured by a differential probe
• Readout: Probes with this capability are compatible with readout function oscilloscopes that automatically detect and display the attenuation factor of the probe.
• Rise Time: The time required for the leading edge of a pulse to rise from 10% to 90% of its final value.
• CMRR: Common Mode Rejection Ratio. A measure of a differential probes ability to reject any signals common to both test points in a differential measurement

Applications

• Use TPI Probes with Bench Top, Portable, Analog, and Oscilloscopes
• Logic signal and waveform tests
• Measure voice / data signals
• Analyze power quality
• Test motor control circuits

Markets

• Electronic
• Communication
• Commercial
• Industrial