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PLM-Series
Polyimide Flexible Heater with Polyimide Strain Relief
Models In Stock
- All polyimide strain relief and insulation
- Optional pressure sensitive adhesive models
- Temperature ranges from -57°C (-71°F) to 232°C (450°F)
- Non-magnetic heating element
PLM-Series
From
$
72.34
Models In Stock
Product Overview
- Bend Radius, Min 0.032 in
- Dielectric Strength 1250 Vac
- Heater Material Polyimide
- Heater Thickness Note .01“, .strain relief max is 08” (.10” for heaters ≥ 3 Amp)
- Lead Length 12 in
- Lead Length Note PTFE Insulated, 12” ±0.4" Length, UL10109, 22 AWG (UL1332, 16 AWG for heaters ≥ 3 Amp)
- Series ID PLM-Series
Supported Applications
The Omega PLM-Series consists of polyimide flexible heaters designed for applications requiring conformability to rounded surfaces. The series is engineered with chemically resistant polyimide insulation and a non-magnetic heating element, allowing installation on curved geometries where rigid heating solutions are unsuitable.
Operating Conditions & Performance
The PLM-Series operates within distinct temperature envelopes depending on the adhesive configuration. Models without adhesive options support an operating range of -57 to 232°C (-71 to 450°F). Self-adhesive models are rated for a lower maximum, with an operating range of -40 to 149°C (-40 to 300°F).
Performance specifications include watt densities available at 2.5 W/in², 5 W/in², or 10 W/in². The heaters feature a minimum bending radius of 0.032" and maintain a maximum thickness of .01", with strain relief reaching up to .08" (or .10" for heaters ≥ 3 Amp). Electrical integrity is supported by a dielectric strength rating of 1250 VAC.
Configuration Options
The series offers configurable dimensions, power densities, and voltage ratings to accommodate specific installation needs. Key variant parameters include:
- Voltage Ratings: Standard models support a maximum of 115 V or 230 V (PLM-*), while low-voltage variants are rated for 28 V max (PLMLV-*) and round versions up to 115 V max (PLMR-*).
- Sizes: Rectangular models offer widths ranging from 0.5" to 4" and lengths from 1" to 12", with square configurations also available.
- Adhesive Options: Models are offered in self-adhesive or non-adhesive versions; the adhesive option is denoted by a "-P" suffix in model numbers (e.g., PLMLV-0504/10-P).
- Lead Wires: Standard leads consist of PTFE insulated wire, 12" ±0.4" length, UL10109, 22 AWG. For heaters ≥ 3 Amp, the lead specification is UL1332, 16 AWG.
Key Product Differences
The PLM-Series distinguishes between standard voltage and low-voltage families through model prefixes: "PLM" indicates standard configurations (up to 115 V or 230 V), while "PLMLV" designates the low-voltage family limited to 28 V max. A separate round version, identified by the prefix "PLMR," is available for circular heating requirements up to 115 V max.
Model numbers follow a structure of Series Prefix-Width/Length/Power Density-Adhesive Option. For example, PLMLV-204/10-P describes a Low Voltage Polyimide Heater with 28 V Max, 2 in Width, 4 in Length, 10 W/in² power density, and self-adhesive backing. Conversely, PLM-1012/2 represents a standard voltage heater (115 V Max) with 10 in width, 12 in length, 2.5 W/in² density, and no adhesive.
PDFs & Manuals
Show Ratings & Reviews
Rated 5 out of
5
by
Ashtone from
Hot Heaters
They get HOOOOoooooooooooooooooT, great quality and easy to install
Date published: 2025-08-21
Rated 5 out of
5
by
Ashtone from
Great Heaters
These things stick on great to metallic and composite surfaces. We use them for spacecraft thermal control. I don't use any other patch heaters on the entire spacecraft.
Date published: 2025-06-27
Rated 5 out of
5
by
KP Precision from
Hard to find easy to order.
Tough to find product very limited options apart from Omega. Long order lead time came in earlier.
Date published: 2024-05-17
Can I use this with rolling itself (overlapped it self) ?
Thank you for your inquiry. 'Hotspots' caused by opposing heat transfers when a heater is overlapped with itself will cause it to fail.
Date published: 2023-07-17
Can you tell me the type of metal (copper, other allow) that is used for the heater traces inside? Thank you.
Hi Inflipant,
Thank you for the inquiry. Please forward this request to TEMP@OMEGA.COM
Best regards
OMEGA
Date published: 2022-05-19
What is the outgas specification for silicon patch used in KHLVA-202/2-P heater
Thank you for your inquiry. Unfortunately, we do not have this information readily available. Please send an email to heaters@dwyeromega.com
Date published: 2024-11-28
Do the leads come out from the side labelled 'width' or 'length'?
Thank you for your inquiry. The leads come out from the side labeled as Width.
Date published: 2024-07-03
Can 28V DC PLM series heater work fine at 12v DC? at 12 v it can drain more current as compared to 28v, As P=VI.
Hi Moon,
Thank you for the inquiry. The PLM can operate on 12 VDC. But the power rule is also P=V(squared)/ Resistance. If the voltage was cut in half the P value would be a square of the difference ( 1/4)
Best regards
OMEGA
Date published: 2024-01-30
Is it compatible with 24VDC power input? Can I run it with 24VDC?
Thank you for your inquiry. You may use a lower rated voltage but be aware that you will not reach the maximum total wattage rated at 28V.
Date published: 2024-01-30
Can these be cut ?
Hi Rolling123,
Thank you for the inquiry. These cannot be cut.
Best regards
OMEGA
Date published: 2021-12-03
Can kapton heaters be submersed in deionized water? I am looking to heat a gel to 37C from the inside. The gel is poured in liquid form in di Water at 50C, with the heater in it, then the gel sets at room temperature.
Thank you for your inquiry. These heaters are not suitable for water immersion. Danger Of Electrical Shock.
Date published: 2024-01-31