Choose a platform below to see its compatibility requirements.

LabQuest

Interface	LabQuest App
LabQuest 3	Full support
LabQuest 2	Full support
LabQuest	Full support

Computers

	Software
Interface	Graphical Analysis	Graphical Analysis (Web App)	Logger Pro (discontinued)	Logger Lite (discontinued)
LabQuest Mini	Full support	Full support	Full support	Full support
LabQuest 3	Full support	Full support	Full support	Incompatible
LabQuest 2	Full support	Full support	Full support	Full support
LabQuest Stream	Full support 1	Full support 1	Full support	Full support 1
Go!Link	Full support	Full support	Full support	Full support
LabQuest	Full support	Full support	Full support	Full support
LabPro	Incompatible	Incompatible	Full support	Full support

Compatibility Notes

1. Connect LabQuest Stream via USB. Wireless connection is not supported.

Chromebook

	Software
Interface	Graphical Analysis (Web App)
LabQuest Mini	Full support
LabQuest 3	Full support
LabQuest 2	Full support
LabQuest Stream	Full support 1
Go!Link	Full support
LabQuest	Full support

Compatibility Notes

1. Connect LabQuest Stream via USB. Wireless connection is not supported.

iOS

	Software
Interface	Graphical Analysis	Graphical Analysis GW
LabQuest Stream	Full support	Full support
LabQuest 3	Full support 1	Full support 1
LabQuest 2	Full support 1	Full support 1

Compatibility Notes

1. iOS and Android^™ devices can only connect to LabQuest 2 or LabQuest 3 via Wireless Data Sharing.

Android

	Software
Interface	Graphical Analysis	Graphical Analysis GW
LabQuest Stream	Full support	Incompatible
LabQuest 3	Full support 1	Full support 1
LabQuest 2	Full support 1	Full support 1

Compatibility Notes

1. iOS and Android^™ devices can only connect to LabQuest 2 or LabQuest 3 via Wireless Data Sharing.

Arduino

	Software
Interface	Arduino
Vernier Arduino® Interface Shield	Full support 1

Compatibility Notes

1. Requires advanced programming for data collection

LabVIEW

	Software
Interface	NI LabVIEW
SensorDAQ	Full support
Vernier myDAQ Adapter	Full support 1 2
Go!Link	Full support 2
LabQuest Mini	Full support
LabQuest Stream	Full support
LabQuest 3	Full support
LabQuest 2	Full support
LabQuest	Full support

Compatibility Notes

1. You can only read the raw count/raw voltage output by this sensor. You must do the programming to convert to proper sensor units.
2. Requires advanced programming for data collection

Texas Instruments

	Software
Interface	EasyData	TI-84 SmartView	DataQuest	TI-Nspire Software
EasyLink	Full support 1	Full support 2	Full support	Full support 2
CBL 2	Full support 3	Incompatible	Incompatible	Incompatible
LabPro	Full support 3	Incompatible	Incompatible	Incompatible
TI-Nspire Lab Cradle	Incompatible	Incompatible	Full support	Full support

Compatibility Notes

1. Use with TI-84 Plus calculators only.
2. Requires an Easy to Go! adapter
3. CBL 2 and LabPro interfaces cannot be used with TI-84 Plus CE calculators.

1. Plug the sensor into the interface (LabQuest 3, LabQuest Mini, etc.).
2. Connect the interface to your device.
   • If using USB, connect to the USB port on your computer.
   • If using Bluetooth^® wireless technology, click your interface type and then select your device.
3. Prepare for data collection:
   • Vernier Graphical Analysis^®: Launch the app, if necessary, and click Sensor Data Collection.
   • LabQuest^® App: Choose New from the File menu.

The software will identify the sensor and load a default data-collection setup. You are now ready to collect data.

Need Additional Information?

Visit the following link:

www.vernier.com/start-lq-sensor

Connect the sensor following the steps in the Quick Start section of this user manual.

Important: When using this sensor, keep in mind that important electronic circuitry is built into the handle of the probe. For optimal accuracy of the RTD, keep the handle of the probe from warming above 40°C (104°F). If necessary, shield the handle from high-temperature sources using aluminum foil or other shielding material.

There are no videos for this product.

The Wide-Range Temperature Probe will never need to be calibrated. Each probe is carefully calibrated before it ships, and this unique calibration is stored on the sensor.

Temperature range	–20 to 330°C
Maximum temperature that the sensor can tolerate without damage	380°C
Resolution	0.12°C
Temperature sensing element	Platinum RTD (100 Ω)
Accuracy	±0.5°C or better
Response time from 25 to 100°C in water	30 seconds
Probe dimensions	Probe length (handle plus body): 24.5 cm Stainless steel body: length 17 cm, diameter 6.4 mm Probe handle: length 6.8 cm, width 2.25 cm, thickness 1.3 cm

Probe Chemical Tolerance: The stainless-steel probe body is constructed from grade 316 stainless steel. This high-grade stainless steel provides a high level of corrosion resistance for use in the science laboratory. Here are some general guidelines for usage:

• The probe handle is constructed of molded plasticized Santoprene^®. While this material is very chemical resistant, we recommend that you avoid submerging the probe beyond the stainless steel portion.
• Always wash the probe thoroughly after use.
• The probe can be left continuously in water at temperatures within the range of –20°C to 330°C. Continuous usage in saltwater will cause only minor discoloration of the probe, with no negative effect on performance.
• You can leave the probe continuously in most organic compounds, such as methanol, ethanol, 1-propanol, 2 propanol, 1-butanol, n-hexane, lauric acid, paradichlorobenzene, phenyl salicylate, and benzoic acid. The probe should not be left in n-pentane for more than one hour.
• The probe can be left in strong basic solutions, such as NaOH, for up to 48 hours, with only minor discoloration. We do not recommend usage in basic solutions that are greater than 3 M in concentration.
• Do not wrap the cable tightly around the sensor for storage. Repeatedly doing so can irreparably damage the wires and is not covered under warranty.

• The chart below provides the maximum length of time we recommend for probe exposure to some common acids. Probes left in an acid longer than these times may bubble and/or discolor, but will still be functional. We do not recommend probes be left to soak in any acid longer than 48 hours.

Maximum acid exposure time
1 M HCl	20 min
2 M HCl	10 min
3 M HCl	5 min
1 M H2SO4	48 hours
2 M H2SO4	20 min
3 M H2SO4	10 min

The detector is an RTD (Resistance Temperature Detection) sensor with an output that increases nonlinearly with increasing temperature. The best-fit approximation to this nonlinear characteristic is a quadratic equation:

T = K₀ + K₁^*V + K₂^*V²

where T is temperature (°C), K₀ = ~ –33.8, K₁ = ~73.2, and K₂ = ~0.90. During the Vernier custom calibration, these values are adjusted slightly to achieve a ±0.3°C accuracy value at 100°C. The data acquisition programs convert V to temperature in units of °C (default), K, or °F.

For troubleshooting and FAQs, see www.vernier.com/til/1987

If you have watched the related product video(s), followed the troubleshooting steps, and are still having trouble with your Wide-Range Temperature Probe, contact Vernier Technical Support at support@vernier.com or call 888-837-6437. Support specialists will work with you to determine if the unit needs to be sent in for repair. At that time, a Return Merchandise Authorization (RMA) number will be issued and instructions will be communicated on how to return the unit for repair.