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Bedrijfnieuws ongeveer Why Continuous Operating Temperature Matters More Than Peak Rating?

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PATRICK CAO

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Why Continuous Operating Temperature Matters More Than Peak Rating?

2026-06-15

1. The Direct Answer: Peak Rating Is Not for Continuous Use

People always ask: “Can I use the peak temperature rating as my normal operating temperature?"

The simple answer: NO – absolutely not.

Rating Type	Definition	How Long Cable Can Operate	Consequence of Misuse
Continuous Operating Temperature	Maximum temperature cable can withstand 24/7/365 without significant degradation	Years to decades	Use this for normal operation
Peak / Surge Temperature	Maximum temperature cable can withstand for short periods (minutes to hours) during faults or startups	Minutes to hours	Using peak as normal accelerates degradation – failure in months, not years
Short Circuit Temperature	Maximum temperature cable can withstand during fault conditions (seconds)	Seconds	Only for emergency fault conditions

The Golden Rule of Cable Temperature Rating:

“Select cable based on continuous operating temperature – with a 20°C safety margin above your maximum expected normal operating temperature. Peak rating is for infrequent excursions only."

Real-World Consequence:

Misuse	Expected Life at Continuous Peak Rating	Correct Use (Continuous Rating + 20°C Margin)
Using 105°C PVC cable at 105°C continuous	1-3 years (plasticizer migration, embrittlement)	5-10+ years (operating at 85°C or below)
Using 200°C FEP cable at 200°C continuous	5-7 years (some degradation)	15-20+ years (operating at 180°C or below)
Using 260°C PTFE cable at 260°C continuous	10+ years (PTFE is stable, but still aged)	20-30+ years (operating at 240°C or below)

At Dingzun Cable, we provide both continuous and peak temperature ratings for every cable. Our engineering team helps you select the right continuous rating based on your actual operating temperature + 20°C safety margin – not the peak number on the datasheet.

2. The Science of Thermal Aging: Why Continuous Rating Matters

Cable insulation degrades over time when exposed to heat. The degradation rate follows the Arrhenius equation – a chemical kinetics principle that shows degradation doubles (or halves) with every 10°C change.

Table 1: Thermal Aging – The 10°C Rule

Temperature Increase Above Continuous Rating	Expected Life Reduction (Approximate)	Example
+10°C	Life reduced by 50% (half)	10-year life → 5 years
+20°C	Life reduced by 75% (quarter)	10-year life → 2.5 years
+30°C	Life reduced by 87.5% (eighth)	10-year life → 1.25 years
+40°C	Life reduced by 94% (sixteenth)	10-year life → 7.5 months

Practical Examples – How Much Life Do You Lose?

Material	Continuous Rating	Actual Operating Temp	Life Expectancy	Reduction Factor
PVC	105°C	105°C (at rating)	1-3 years	~80-90% reduction from normal
PVC	105°C	85°C (20°C margin)	10-15 years	Baseline (normal)
XLPE	125°C	125°C (at rating)	5-10 years	~50-70% reduction
XLPE	125°C	105°C (20°C margin)	15-20+ years	Baseline
Silicone	200°C	200°C (at rating)	5-10 years	~50-70% reduction
Silicone	200°C	180°C (20°C margin)	15-20+ years	Baseline
PTFE	260°C	260°C (at rating)	10-15 years	~30-50% reduction
PTFE	260°C	240°C (20°C margin)	20-30+ years	Baseline

The Key Insight: Operating any cable at its maximum continuous rating – not even exceeding it – still causes accelerated aging. The rating is the maximum safe temperature, not the optimal operating temperature. Adding a 20°C safety margin is not “over-engineering" – it is how you achieve decades of reliable service.

laatste bedrijfsnieuws over Why Continuous Operating Temperature Matters More Than Peak Rating? 0

At Dingzun Cable, we engineer our high temperature cables to exceed minimum continuous ratings, providing you with a practical safety margin built into the product.

3. Peak Rating: What It Actually Means (And Doesn’t Mean)

Peak ratings are frequently misunderstood and misused.

Table 2: Peak Rating – What It Is and Is Not

Aspect	Peak Rating Meaning	Peak Rating Is NOT...
Duration	Short-term excursions (minutes to hours, depending on standard)	A continuous operating temperature
Frequency	Infrequent events (e.g., during startup, cleaning cycle, or fault)	A daily or hourly occurrence
Aging Impact	Some aging occurs, but cable survives the event	Aging-free operation
Safety Margin	Already at or near material limits	A safe operating zone

What Peak Rating Is For:

Scenario	Peak Rating Applicability
Startup transient (equipment briefly exceeds normal temp)	√ Acceptable use of peak rating
Steam cleaning cycle (short duration)	√ Acceptable use – but count cycles
Furnace door opening (momentary heat burst)	√ Acceptable use
Normal operation (24/7)	X NOT acceptable – use continuous rating
Daily temperature cycling to peak	X NOT acceptable – accelerated aging
“It’s rated for 260°C peak, so we operate at 250°C continuous"	X NOT acceptable – peak not for continuous

At Dingzun Cable, our datasheets clearly distinguish continuous rating from peak rating. We also provide guidance on allowable duration and frequency for peak excursions – so you know what is safe and what will age your cable prematurely.

4. The 20°C Safety Margin Rule: Engineering Best Practice

Industry best practice and standards (including IEC and NEC guidelines) recommend a minimum safety margin between your maximum expected operating temperature and the cable’s continuous rating.

Table 3: Safety Margin Rules by Application Criticality

Application Criticality	Recommended Margin	Rationale
Non-critical, low downtime cost	10-15°C	Moderate protection
General industrial (standard)	20°C	Industry standard recommendation
Critical process (high downtime cost)	25-30°C	Extra protection for expensive processes
Hard-to-access installation	25-30°C	Replacement labor justifies larger margin
High ambient temperature variability	25-30°C	Margin for measurement error and hot spots
Aging equipment (future temperature increase)	30°C+	Margin for future degradation

How to Apply the 20°C Rule:

Step	Action	Tool / Method	Example
1	Measure actual cable surface temperature at hottest location during normal operation	Infrared thermometer or thermocouple	65°C
2	Add 20°C safety margin	75°C + 20°C = 95°C	Minimum continuous rating needed
3	Consider future equipment changes or ambient temperature rise	Add additional 5-10°C if likely	+5°C → 100°C minimum
4	Check peak excursions – what is the maximum transient temperature?	Measure during startup, cleaning, or fault	120°C peak during cleaning cycle
5	Select material with continuous rating ≥ step 3 value	Compare options: PVC (105°C) works?	100°C ≤ 105°C – PVC acceptable
6	Verify peak rating ≥ step 4 maximum transient	120°C peak ≤ 120-130°C peak (PVC) – passes	Selection confirmed

At Dingzun Cable, our engineering team helps you apply the 20°C rule correctly. We provide free thermal assessment support – including measurement guidance and margin calculation – to ensure your cable selection delivers decades of reliable service.

5. Material-Specific Continuous vs Peak Ratings

Different materials have different relationships between continuous and peak ratings.

Table 4: Continuous vs Peak Ratings by Material

Material	Continuous Rating	Typical Peak Rating	Peak/Continuous Ratio	Notes
PVC	105°C	120-130°C	~1.15*	Very narrow margin – do not rely on peak
XLPE	125°C	150-160°C	~1.2*	Moderate margin – brief excursions only
Silicone	180-200°C	220-250°C	~1.2-1.25*	Good margin – accepts brief over-temp
FEP	200°C	250°C	~1.25*	Excellent margin
PFA	260°C	300°C	~1.15*	Good margin – PFA is very stable
PTFE	260°C	300-350°C	~1.15-1.35*	Wide margin – PTFE is highly heat-stable

What This Means for You:

If You Need to Handle...	Minimum Continuous Rating Required	Suggested Material
Normal operation at 180°C, occasional 200°C peaks	180-200°C continuous	Silicone (200°C) or FEP (200°C)
Normal operation at 180°C, occasional 240°C peaks	200-260°C continuous	PFA or PTFE (Silicone peak only 220-250°C – insufficient)
Normal operation at 150°C, occasional 170°C peaks	150-170°C continuous	XLPE (125°C insufficient) → Silicone or FEP

At Dingzun Cable, our product datasheets include both continuous and peak ratings, along with recommended safety margins for common applications. We do not hide peak ratings in fine print – we make them clear so you can select correctly.

6. Real-World Failure Analysis: When Continuous Rating Is Ignored

Field failures frequently result from using peak rating as the normal operating temperature.

Table 5: Failure Case Studies – Peak Rating Misuse

Case	Material	Installed Rating	Actual Operating Temp	Result	Root Cause
1 – Injection Molding Machine	PVC	105°C continuous; 120°C peak	100-110°C continuous (near peak)	Insulation cracked at 14 months	Operating at peak, not continuous rating
2 – Industrial Oven Door	Silicone	200°C continuous; 250°C peak	210-220°C continuous (above continuous, below peak)	Cable stiffened, cracked at 2 years	Exceeded continuous rating – peak not for normal
3 – Furnace Cable	FEP	200°C continuous; 250°C peak	190-195°C continuous (within rating)	Successful – 8+ years	Proper selection – 5-10°C margin below continuous
4 – Heat Treat Equipment	PTFE	260°C continuous; 300°C peak	250°C continuous (10°C below continuous)	Successful – 12+ years	Proper selection – margin below continuous

Key Takeaway from Field Data:

Operating Temperature Relative to Continuous Rating	Expected Service Life
≥20°C below continuous rating	15-25+ years (optimal)
10-20°C below continuous rating	10-15 years (good)
0-10°C below continuous rating (at rating)	5-10 years (accelerated aging)
Above continuous rating (but below peak)	1-3 years (rapid failure)
At or above peak rating	Weeks to months (imminent failure)

At Dingzun Cable, our engineering team has analyzed hundreds of field failures. The most common cause is misunderstanding the difference between continuous and peak ratings. We provide clear documentation and training to help you avoid these costly mistakes.

7. How to Select the Right Continuous Temperature Rating

Use this step-by-step process to select cables based on continuous rating – not peak.

Table 6: Continuous Rating Selection Process

Step	Action	Tool / Method	Example
1	Measure actual cable surface temperature at hottest location during normal operation	Infrared thermometer or thermocouple	75°C measured
2	Add 20°C safety margin	75°C + 20°C = 95°C	Minimum continuous rating needed
3	Consider future equipment changes or ambient temperature rise	Add additional 5-10°C if likely	+5°C → 100°C minimum
4	Check peak excursions – what is the maximum transient temperature?	Measure during startup, cleaning, or fault	120°C peak during cleaning cycle
5	Select material with continuous rating ≥ step 3 value	Compare options: PVC (105°C) works?	100°C ≤ 105°C – PVC acceptable
6	Verify peak rating ≥ step 4 maximum transient	120°C peak ≤ 120-130°C peak (PVC) – passes	Selection confirmed

Quick Material Selection by Required Continuous Rating:

Required Continuous Rating (with margin)	Suitable Materials
≤85°C	PVC (85°C or 105°C grade)
85-105°C	PVC (105°C grade), XLPE (125°C)
105-125°C	XLPE (125°C), Silicone (180°C)
125-150°C	Silicone (180°C) – XLPE exceeded
150-200°C	Silicone (200°C), FEP (200°C)
200-260°C	PFA (260°C) or PTFE (260°C)

At Dingzun Cable, our engineering team provides free selection support – including thermal measurement guidance, margin calculation, and material recommendation based on your actual operating conditions, not generic assumptions.

About Dingzun Cable: Your High Temperature Cable Engineering Partner

With 20+ years of specialized manufacturing experience, Dingzun Cable is a trusted partner for global industrial facilities, machinery manufacturers, and engineering firms requiring high-quality high temperature cables with clear, honest ratings. We do not hide behind peak numbers – we provide continuous ratings you can rely on for decades of service.

laatste bedrijfsnieuws over Why Continuous Operating Temperature Matters More Than Peak Rating? 1

(Dingzun Cable high temperature cable)

Our High Temperature Cable Capabilities:

Capability	Dingzun Specification
Clear continuous rating	Datasheets prominently display continuous temperature rating – not just peak
Safety margin guidance	Engineering support for 20°C margin application
Material options	PVC (105°C), XLPE (125°C), Silicone (180-200°C), FEP (200°C), PFA (260°C), PTFE (260°C)
Thermal aging data	Accelerated aging test results available for critical applications
Conductor options	Bare, Tinned, Silver-plated, Nickel-plated – per temperature requirement
Certifications	ISO 9001:2015, UL, CE, RoHS, REACH
Testing	100% electrical testing on every reel
Documentation	Full test reports – continuous and peak ratings clearly stated

Why Dingzun Cable for Your High Temperature Cable Needs:

Honest ratings – We clearly distinguish continuous from peak. No marketing tricks.
Safety margin focus – We help you select for longevity, not just “it works for now"
Complete material range – PVC to PTFE – unbiased recommendations
Expert engineering team – Free thermal assessment and margin calculation
Thermal aging data – Real test data, not theoretical curves
Direct professional communication – Fast quotes, technical datasheets, global shipping
Full documentation – Test reports with every shipment – no guessing

Need a high temperature cable selected based on continuous rating – not peak – for reliable long-term operation?

[Contact our technical team today for a free thermal assessment and custom cable recommendation].

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Huis > Nieuws >

Bedrijfnieuws ongeveer-Why Continuous Operating Temperature Matters More Than Peak Rating?

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Why Continuous Operating Temperature Matters More Than Peak Rating?

2026-06-15

1. The Direct Answer: Peak Rating Is Not for Continuous Use

People always ask: “Can I use the peak temperature rating as my normal operating temperature?"

The simple answer: NO – absolutely not.

Rating Type	Definition	How Long Cable Can Operate	Consequence of Misuse
Continuous Operating Temperature	Maximum temperature cable can withstand 24/7/365 without significant degradation	Years to decades	Use this for normal operation
Peak / Surge Temperature	Maximum temperature cable can withstand for short periods (minutes to hours) during faults or startups	Minutes to hours	Using peak as normal accelerates degradation – failure in months, not years
Short Circuit Temperature	Maximum temperature cable can withstand during fault conditions (seconds)	Seconds	Only for emergency fault conditions

The Golden Rule of Cable Temperature Rating:

“Select cable based on continuous operating temperature – with a 20°C safety margin above your maximum expected normal operating temperature. Peak rating is for infrequent excursions only."

Real-World Consequence:

Misuse	Expected Life at Continuous Peak Rating	Correct Use (Continuous Rating + 20°C Margin)
Using 105°C PVC cable at 105°C continuous	1-3 years (plasticizer migration, embrittlement)	5-10+ years (operating at 85°C or below)
Using 200°C FEP cable at 200°C continuous	5-7 years (some degradation)	15-20+ years (operating at 180°C or below)
Using 260°C PTFE cable at 260°C continuous	10+ years (PTFE is stable, but still aged)	20-30+ years (operating at 240°C or below)

2. The Science of Thermal Aging: Why Continuous Rating Matters

Table 1: Thermal Aging – The 10°C Rule

Temperature Increase Above Continuous Rating	Expected Life Reduction (Approximate)	Example
+10°C	Life reduced by 50% (half)	10-year life → 5 years
+20°C	Life reduced by 75% (quarter)	10-year life → 2.5 years
+30°C	Life reduced by 87.5% (eighth)	10-year life → 1.25 years
+40°C	Life reduced by 94% (sixteenth)	10-year life → 7.5 months

Practical Examples – How Much Life Do You Lose?

Material	Continuous Rating	Actual Operating Temp	Life Expectancy	Reduction Factor
PVC	105°C	105°C (at rating)	1-3 years	~80-90% reduction from normal
PVC	105°C	85°C (20°C margin)	10-15 years	Baseline (normal)
XLPE	125°C	125°C (at rating)	5-10 years	~50-70% reduction
XLPE	125°C	105°C (20°C margin)	15-20+ years	Baseline
Silicone	200°C	200°C (at rating)	5-10 years	~50-70% reduction
Silicone	200°C	180°C (20°C margin)	15-20+ years	Baseline
PTFE	260°C	260°C (at rating)	10-15 years	~30-50% reduction
PTFE	260°C	240°C (20°C margin)	20-30+ years	Baseline

laatste bedrijfsnieuws over Why Continuous Operating Temperature Matters More Than Peak Rating? 0

At Dingzun Cable, we engineer our high temperature cables to exceed minimum continuous ratings, providing you with a practical safety margin built into the product.

3. Peak Rating: What It Actually Means (And Doesn’t Mean)

Peak ratings are frequently misunderstood and misused.

Table 2: Peak Rating – What It Is and Is Not

Aspect	Peak Rating Meaning	Peak Rating Is NOT...
Duration	Short-term excursions (minutes to hours, depending on standard)	A continuous operating temperature
Frequency	Infrequent events (e.g., during startup, cleaning cycle, or fault)	A daily or hourly occurrence
Aging Impact	Some aging occurs, but cable survives the event	Aging-free operation
Safety Margin	Already at or near material limits	A safe operating zone

What Peak Rating Is For:

Scenario	Peak Rating Applicability
Startup transient (equipment briefly exceeds normal temp)	√ Acceptable use of peak rating
Steam cleaning cycle (short duration)	√ Acceptable use – but count cycles
Furnace door opening (momentary heat burst)	√ Acceptable use
Normal operation (24/7)	X NOT acceptable – use continuous rating
Daily temperature cycling to peak	X NOT acceptable – accelerated aging
“It’s rated for 260°C peak, so we operate at 250°C continuous"	X NOT acceptable – peak not for continuous

4. The 20°C Safety Margin Rule: Engineering Best Practice

Industry best practice and standards (including IEC and NEC guidelines) recommend a minimum safety margin between your maximum expected operating temperature and the cable’s continuous rating.

Table 3: Safety Margin Rules by Application Criticality

Application Criticality	Recommended Margin	Rationale
Non-critical, low downtime cost	10-15°C	Moderate protection
General industrial (standard)	20°C	Industry standard recommendation
Critical process (high downtime cost)	25-30°C	Extra protection for expensive processes
Hard-to-access installation	25-30°C	Replacement labor justifies larger margin
High ambient temperature variability	25-30°C	Margin for measurement error and hot spots
Aging equipment (future temperature increase)	30°C+	Margin for future degradation

How to Apply the 20°C Rule:

Step	Action	Tool / Method	Example
1	Measure actual cable surface temperature at hottest location during normal operation	Infrared thermometer or thermocouple	65°C
2	Add 20°C safety margin	75°C + 20°C = 95°C	Minimum continuous rating needed
3	Consider future equipment changes or ambient temperature rise	Add additional 5-10°C if likely	+5°C → 100°C minimum
4	Check peak excursions – what is the maximum transient temperature?	Measure during startup, cleaning, or fault	120°C peak during cleaning cycle
5	Select material with continuous rating ≥ step 3 value	Compare options: PVC (105°C) works?	100°C ≤ 105°C – PVC acceptable
6	Verify peak rating ≥ step 4 maximum transient	120°C peak ≤ 120-130°C peak (PVC) – passes	Selection confirmed

5. Material-Specific Continuous vs Peak Ratings

Different materials have different relationships between continuous and peak ratings.

Table 4: Continuous vs Peak Ratings by Material

Material	Continuous Rating	Typical Peak Rating	Peak/Continuous Ratio	Notes
PVC	105°C	120-130°C	~1.15*	Very narrow margin – do not rely on peak
XLPE	125°C	150-160°C	~1.2*	Moderate margin – brief excursions only
Silicone	180-200°C	220-250°C	~1.2-1.25*	Good margin – accepts brief over-temp
FEP	200°C	250°C	~1.25*	Excellent margin
PFA	260°C	300°C	~1.15*	Good margin – PFA is very stable
PTFE	260°C	300-350°C	~1.15-1.35*	Wide margin – PTFE is highly heat-stable

What This Means for You:

If You Need to Handle...	Minimum Continuous Rating Required	Suggested Material
Normal operation at 180°C, occasional 200°C peaks	180-200°C continuous	Silicone (200°C) or FEP (200°C)
Normal operation at 180°C, occasional 240°C peaks	200-260°C continuous	PFA or PTFE (Silicone peak only 220-250°C – insufficient)
Normal operation at 150°C, occasional 170°C peaks	150-170°C continuous	XLPE (125°C insufficient) → Silicone or FEP

6. Real-World Failure Analysis: When Continuous Rating Is Ignored

Field failures frequently result from using peak rating as the normal operating temperature.

Table 5: Failure Case Studies – Peak Rating Misuse

Case	Material	Installed Rating	Actual Operating Temp	Result	Root Cause
1 – Injection Molding Machine	PVC	105°C continuous; 120°C peak	100-110°C continuous (near peak)	Insulation cracked at 14 months	Operating at peak, not continuous rating
2 – Industrial Oven Door	Silicone	200°C continuous; 250°C peak	210-220°C continuous (above continuous, below peak)	Cable stiffened, cracked at 2 years	Exceeded continuous rating – peak not for normal
3 – Furnace Cable	FEP	200°C continuous; 250°C peak	190-195°C continuous (within rating)	Successful – 8+ years	Proper selection – 5-10°C margin below continuous
4 – Heat Treat Equipment	PTFE	260°C continuous; 300°C peak	250°C continuous (10°C below continuous)	Successful – 12+ years	Proper selection – margin below continuous

Key Takeaway from Field Data:

Operating Temperature Relative to Continuous Rating	Expected Service Life
≥20°C below continuous rating	15-25+ years (optimal)
10-20°C below continuous rating	10-15 years (good)
0-10°C below continuous rating (at rating)	5-10 years (accelerated aging)
Above continuous rating (but below peak)	1-3 years (rapid failure)
At or above peak rating	Weeks to months (imminent failure)

7. How to Select the Right Continuous Temperature Rating

Use this step-by-step process to select cables based on continuous rating – not peak.

Table 6: Continuous Rating Selection Process

Step	Action	Tool / Method	Example
1	Measure actual cable surface temperature at hottest location during normal operation	Infrared thermometer or thermocouple	75°C measured
2	Add 20°C safety margin	75°C + 20°C = 95°C	Minimum continuous rating needed
3	Consider future equipment changes or ambient temperature rise	Add additional 5-10°C if likely	+5°C → 100°C minimum
4	Check peak excursions – what is the maximum transient temperature?	Measure during startup, cleaning, or fault	120°C peak during cleaning cycle
5	Select material with continuous rating ≥ step 3 value	Compare options: PVC (105°C) works?	100°C ≤ 105°C – PVC acceptable
6	Verify peak rating ≥ step 4 maximum transient	120°C peak ≤ 120-130°C peak (PVC) – passes	Selection confirmed

Quick Material Selection by Required Continuous Rating:

Required Continuous Rating (with margin)	Suitable Materials
≤85°C	PVC (85°C or 105°C grade)
85-105°C	PVC (105°C grade), XLPE (125°C)
105-125°C	XLPE (125°C), Silicone (180°C)
125-150°C	Silicone (180°C) – XLPE exceeded
150-200°C	Silicone (200°C), FEP (200°C)
200-260°C	PFA (260°C) or PTFE (260°C)

About Dingzun Cable: Your High Temperature Cable Engineering Partner

laatste bedrijfsnieuws over Why Continuous Operating Temperature Matters More Than Peak Rating? 1

(Dingzun Cable high temperature cable)

Our High Temperature Cable Capabilities:

Capability	Dingzun Specification
Clear continuous rating	Datasheets prominently display continuous temperature rating – not just peak
Safety margin guidance	Engineering support for 20°C margin application
Material options	PVC (105°C), XLPE (125°C), Silicone (180-200°C), FEP (200°C), PFA (260°C), PTFE (260°C)
Thermal aging data	Accelerated aging test results available for critical applications
Conductor options	Bare, Tinned, Silver-plated, Nickel-plated – per temperature requirement
Certifications	ISO 9001:2015, UL, CE, RoHS, REACH
Testing	100% electrical testing on every reel
Documentation	Full test reports – continuous and peak ratings clearly stated

Why Dingzun Cable for Your High Temperature Cable Needs:

Honest ratings – We clearly distinguish continuous from peak. No marketing tricks.
Safety margin focus – We help you select for longevity, not just “it works for now"
Complete material range – PVC to PTFE – unbiased recommendations
Expert engineering team – Free thermal assessment and margin calculation
Thermal aging data – Real test data, not theoretical curves
Direct professional communication – Fast quotes, technical datasheets, global shipping
Full documentation – Test reports with every shipment – no guessing

Need a high temperature cable selected based on continuous rating – not peak – for reliable long-term operation?

[Contact our technical team today for a free thermal assessment and custom cable recommendation].

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Multikern Beschermde Kabel

de kabel van de brandweerstand

de Kabel van de thermokoppelcompensatie

Coaxiale Kabel met beperkte verliezen

Ultra Fijne Draad

De Kabel van het motorlood

De Kabel van het spoorwegsignaal

verwarmingskabel

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Bedrijfnieuws ongeveer Why Continuous Operating Temperature Matters More Than Peak Rating?

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Why Continuous Operating Temperature Matters More Than Peak Rating?

Bedrijfnieuws ongeveer-Why Continuous Operating Temperature Matters More Than Peak Rating?

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Why Continuous Operating Temperature Matters More Than Peak Rating?