What instrument was used to record the S5 temperature rise data?

A Keysight DAQ970A data acquisition unit (serial number MY58035717, firmware A.02.03-01.00-02.01-00.02-02.00-03-02) connected via USB was used. The instrument address was USB0::0x2A8D::0x5101::MY58035717::0::INSTR.

How long did the S5 temperature rise test run?

The test ran for 365 seconds (approximately 6 minutes and 5 seconds), with thermocouple readings captured at roughly 4-second intervals across 9 channels.

What was the peak temperature recorded during the S5 test?

The highest recorded peak was 73.71 °C on Channel 4. Other notable channel peaks were: Ch1 28.89 °C, Ch2 46.12 °C, Ch3 44.82 °C, Ch5 50.70 °C, Ch6 43.27 °C, Ch7 43.95 °C, Ch8 69.16 °C, Ch9 50.26 °C.

Which channels showed the fastest temperature rise in the S5 test?

Channels 4 and 8 showed the steepest rise, climbing from approximately 29–30 °C at t=4 s to over 73 °C and 69 °C respectively within the first 150 seconds, indicating proximity to the motor or compressor heat source.

Did temperatures stabilise during the 365-second run?

Most channels approached a quasi-steady state between approximately 120 and 300 seconds. Channel 4 plateaued near 73.5–73.7 °C from around 125 s onward. A gradual decline on channels 4 and 8 after t=340 s suggests the motor load decreased or the unit began cooling, consistent with the auto-shutoff or pressure-hold phase noted in the companion 温升报告 sheet.

Where can I find the full temperature rise summary report for the S5?

The companion sheet 温升报告 (Temperature Rise Report) from the same Excel file contains the summarised conclusions and pass/fail assessment. It is cross-linked in the Related Products section of this article.

How was the dataset sampled for this report?

The original Excel file contained 375 data rows. For this report, 100 rows were retained using a uniform sampling strategy combined with forced inclusion of extreme (min/max) values, ensuring peak temperatures and key thermal transitions are fully represented.

What product does this temperature rise test apply to?

This test applies to the EtenWolf Zephyr S5 Tire Inflator. Full product details are available at https://etenwolfgroup.com/shop/etenwolf-zephyr-s5-tire-inflator/.

What instrument was used to record the S5 temperature rise data?

A Keysight DAQ970A data acquisition unit (serial number MY58035717, firmware A.02.03-01.00-02.01-00.02-02.00-03-02) connected via USB was used. The instrument address was USB0::0x2A8D::0x5101::MY58035717::0::INSTR.

How long did the S5 temperature rise test run?

The test ran for 365 seconds (approximately 6 minutes and 5 seconds), with thermocouple readings captured at roughly 4-second intervals across 9 channels.

What was the peak temperature recorded during the S5 test?

The highest recorded peak was 73.71 °C on Channel 4. Other notable channel peaks were: Ch1 28.89 °C, Ch2 46.12 °C, Ch3 44.82 °C, Ch5 50.70 °C, Ch6 43.27 °C, Ch7 43.95 °C, Ch8 69.16 °C, Ch9 50.26 °C.

Which channels showed the fastest temperature rise in the S5 test?

Channels 4 and 8 showed the steepest rise, climbing from approximately 29–30 °C at t=4 s to over 73 °C and 69 °C respectively within the first 150 seconds, indicating proximity to the motor or compressor heat source.

Did temperatures stabilise during the 365-second run?

Most channels approached a quasi-steady state between approximately 120 and 300 seconds. Channel 4 plateaued near 73.5–73.7 °C from around 125 s onward. A gradual decline on channels 4 and 8 after t=340 s suggests the motor load decreased or the unit began cooling, consistent with the auto-shutoff or pressure-hold phase noted in the companion 温升报告 sheet.

Where can I find the full temperature rise summary report for the S5?

The companion sheet 温升报告 (Temperature Rise Report) from the same Excel file contains the summarised conclusions and pass/fail assessment. It is cross-linked in the Related Products section of this article.

How was the dataset sampled for this report?

The original Excel file contained 375 data rows. For this report, 100 rows were retained using a uniform sampling strategy combined with forced inclusion of extreme (min/max) values, ensuring peak temperatures and key thermal transitions are fully represented.

What product does this temperature rise test apply to?

This test applies to the EtenWolf Zephyr S5 Tire Inflator. Full product details are available at https://etenwolfinflationtools.com/shop/etenwolf-zephyr-s5-tire-inflator/.

ETENWOLF S5 Tire Inflator Temperature Rise Data Collection Report

Document Overview

Key Findings ETENWOLF Zephyr S5 Tire Inflator completed a continuous temperature-rise logging run. The highest recorded channel value was 73.71 °C (Channel 4). The page presents engineering statistics and representative checkpoints instead of reproducing every acquisition row. Source workbook: S5充气泵-温升报告-2025.10.26.xls Recorded scans: 365 Monitored numeric…

Document type: Test Report
Prepared by: Daniel Wright
Published: July 27, 2026
Last reviewed: July 29, 2026
Topics: Environmental Testing

Key Findings

ETENWOLF Zephyr S5 Tire Inflator completed a continuous temperature-rise logging run. The highest recorded channel value was 73.71 °C (Channel 4). The page presents engineering statistics and representative checkpoints instead of reproducing every acquisition row.

Source workbook: S5充气泵-温升报告-2025.10.26.xls
Recorded scans: 365
Monitored numeric channels: 9
Source sheet: 温升采集变化数据

Test Overview

Field	Value
Product	ETENWOLF Zephyr S5 Tire Inflator
Test type	Continuous temperature-rise data acquisition
Instrument	Keysight DAQ970A (as identified in the source workbook)
Data treatment	Channel statistics plus evenly spaced representative scans
Raw-data authority	Original Excel workbook

Test Method

Operate the product under the load and setup defined by the companion test-report sheet.
Log the ambient reference and component temperature channels continuously.
Review start, peak, end and stabilization behavior for every numeric channel.
Retain the workbook as the authoritative interval-by-interval record.

Test Data & Results

Channel Summary

Channel	Start °C	Peak °C	Peak scan	End °C
Channel 1	28.29	28.89	354	28.74
S5pro-7#	27.97	46.12	365	46.12
Channel 3	27.94	44.82	365	44.82
Channel 4	27.86	73.71	216	70.63
Channel 5	28.15	50.70	302	50.34
S5pro-8#	27.93	43.27	365	43.27
Channel 7	27.90	43.95	365	43.95
Channel 8	27.85	69.16	183	66.67
Channel 9	28.16	50.26	359	50.11

Representative Checkpoints

Scan	Channel 1	S5pro-7#	Channel 3	Channel 4	Channel 5	S5pro-8#	Channel 7	Channel 8
1	28.29	27.97	27.94	27.86	28.15	27.93	27.90	27.85
92	28.36	40.94	34.01	70.94	46.99	40.76	34.83	66.57
183	28.54	42.81	36.64	73.61	49.81	42.68	37.72	69.16
274	28.55	43.14	38.19	73.58	50.34	42.70	39.44	68.93
365	28.74	46.12	44.82	70.63	50.34	43.27	43.95	66.67

Data coverage note: The original sheet contains 365 acquisition rows. This web article intentionally condenses the series to channel-level statistics and representative checkpoints; no unreported value is inferred or fabricated.

Conclusion

This article reports the measured thermal profile without introducing a pass/fail threshold that is not present in the source data. Any formal compliance decision must be taken from the signed report sheet and its stated acceptance criteria.

Frequently Asked Questions

Why is the complete scan log not displayed?

The raw log is too long for a usable web page. Start, peak and end values are retained for every numeric channel, with representative checkpoints showing the progression.

Was any missing measurement estimated?

No. Blank or non-numeric source cells are shown as unavailable and are never interpolated.

Inflation Tools