Compact, heavy-duty floodlight for industrial, offshore, maritime, and mechanical engineering applications. The perfect blend of work lights and heavy-duty floodlights.
Designed for applications where a work light isn’t sufficient, but a Barracuda or Orca is too large or too powerful. Available in AC and DC versions, with the same protection philosophy as the rest of the family: IK10, IP69K, and a 316L bracket.
Response within 1 business day by an engineer. Free lighting calculation and trial luminaire possible.
Aluminum finish, Titanium Black, with standard 316L bracket.
120 W, 150 lm/W
also IP66, IP67, and IP68
with polycarbonate, IK09 with glass
at resonance, IEC 60068-2-6
on the entire luminaire
including 316L bracket
The luminaire is at its strongest where mechanical demands exceed what a work light can handle, yet size, weight, and power must remain controlled.
The Marlin is not intended for every task. Being clear about its limitations leads to a better end result.
The same housing and the same optics set; what differs is the power supply. AC with remote TLD160 driver, DC with drivers on the board and a Deutsch connector.
18,000 lm at 120 W
For mains power supply, from 90 to 528 VAC. The remote TLD160 driver can be placed in the DRB-1 driver box, on the pole or in the cabinet. Programmable to a lower power via NFC.
MAAC01
16,900 lm at 120 W
Connect directly to the 24 V on-board electrical system of machinery, cranes, and vehicles using the DT04-2P Deutsch connector. The drivers are mounted on the printed circuit board.
MADC01
Five floodlights, increasing in output. The right choice depends on what the position requires: weight, range, or maximum lumens per housing.
| Luminaire | Role in the range | Power | IP and IK | Weight |
|---|---|---|---|---|
 Piranha8,400 lumens | For compact work lighting close to the application. | 70 W | IP69K / IK10 | 3.1 kg |
 Marlin18,000 lumens | The link between work lights and heavy-duty floodlights. | 120 W | IP69K / IK10 | 5.5 kg |
 Snapper31,000 lumens | The compact light-duty floodlight, with maximum lumens per weight. | 150 to 180 W | IP68 / IK08 | 3.1 kg |
 Snapper HC83,000 lumens | Two or three cast modules on a single bracket: maximum light per kilogram. | 270 to 500 W | IP68 / IK08 | 12.6 kg |
 Barracuda44,100 lumens | Most powerful compact floodlight, with more output and more range. | 240 to 320 W | IP69K / IK10 | 10.1 kg |
 Shark50,000 lumens | More efficient floodlight, with the lowest weight per lumen. | 320 W | IP69K / IK10 | 9.2 kg |
 Orca111,300 lumens | Heaviest floodlight, for the highest lumen output per housing. | 800 W | IP69K / IK09 | 22.7 kg |
Each Marlin is available in AC and DC versions. Select a version, and the complete list of specifications below will update accordingly.
Item number
The version for mains power, also rated for 380 to 480 V. Can be programmed to a lower power setting via NFC.
18,000 lm
| Luminous flux | 18,000 lm |
| Power consumption | 120 W |
| Efficiency | 150 lm/W |
| Optics | 14° spot, 38°, 69°, 14° × 46° flare. Combinations possible. |
| Color temperatures | 6500K, 5000K, 4000K, 2700K and amber 2200K |
| Bi-color | 4000K with amber 2200K, switchable during operation |
| CRI (Ra) | > 70, or optionally 80 or 90 |
| Color consistency | 3-step MacAdam |
| Voltage range | 90–305 of 180–528 VAC |
| Nominal voltage | Not applicable to AC |
| Current draw | approx. 0.25–0.32 A at 380–480 V · 0.43–0.55 A at 220–277 V · 1.0 A at 120 V |
| Dimming | 0–10 V, PWM, and DALI-2, or via NFC |
| Driver | remote TLD160, can be used in DRB-1 |
| Driver Type | TLD160, 160 W |
| Inrush current | 60 A peak, T50 250 µs at 220 V |
| Luminaires per MCB | B16: 8 · C16: 13 · C25: 21 · D16: 15 |
| Surge protection | 6 kV line-to-line, 10 kV line-to-ground (IEC 61000-4-5) |
| Labor Factor and THD | > 0.9 at 70–100 % load, THD < 15 % at 70–100 % |
| Housing | cast aluminum, < 0.08 % copper |
| Surface treatment | conversion layer with 2-layer titanium e-coating |
| Bracket | High-tensile 316L stainless steel, ± 240° in 30° increments |
| Front | UV-resistant polycarbonate IK10 or chemically toughened glass IK09 |
| Color | Titanium Black |
| Dimensions | 235 × 215 × 90 mm |
| Weight | 5.5 kg, including the bracket |
| Lead time | Standard within a week, custom by arrangement |
| Cable type | H07BQ-F, 4 cores (2 × 1.5 mm² + 2 × 0.5 mm²), 2.0 m |
| Connection | pre-assembled cable, loose wires |
| Accessories | Crane Light Director |
| IP Ratings | IP66, IP67, IP68 and IP69K |
| Impact Resistance | IK10 with polycarbonate, IK09 with glass |
| Corrosion class | C5 Industrial and Maritime (ISO 9223) |
| Vibration class | 6 G at resonance (IEC 60068-2-6), shock IEC 60068-2-27 |
| Operating temperature | −45 to +50 °C |
| LED lifespan | TM-21 L90B05 > 360,000 hours |
| Driver lifespan | ≥ 100,000 hours at Tc 75 °C, ≥ 130,000 hours at Tc 50 °C |
| MTBF driver | ≥ 280,000 hours at Tc 75 °C (MIL-HDBK-217F) |
| Warranty | 5 years on the complete luminaire |
| Certification | CE, IEC 60598, EN 55015, EN 61547, EMC. North America upon request. |
| Packaging | depending on quantity, upon request |
Item number
Use the DT04-2P Deutsch connector to connect directly to the 24 V electrical system of machines and vehicles.
16,900 lm
| Luminous flux | 16,900 lm |
| Power consumption | 120 W |
| Efficiency | 141 lm/W |
| Optics | 14° spot, 38°, 69°, 14° × 46° flare. Combinations possible. |
| Color temperatures | 6500K, 5000K, 4000K, 2700K and amber 2200K |
| Bi-color | 4000K with amber 2200K, switchable during operation |
| CRI (Ra) | > 70, or optionally 80 or 90 |
| Color consistency | 3-step MacAdam |
| Voltage range | 20–35 VDC |
| Nominal voltage | 24 V |
| Current draw | approx. 5.0 A at 24 V |
| Dimming | custom work |
| Driver | DC driver circuit board |
| Driver Type | not applicable, driver on board |
| Inrush current | not applicable, driver on board |
| Luminaires per MCB | not applicable, driver on board |
| Surge protection | not applicable, driver on board |
| Labor Factor and THD | not applicable, driver on board |
| Housing | cast aluminum, < 0.08 % copper |
| Surface treatment | conversion layer with 2-layer titanium e-coating |
| Bracket | High-tensile 316L stainless steel, ± 240° in 30° increments |
| Front | UV-resistant polycarbonate IK10 or chemically toughened glass IK09 |
| Color | Titanium Black |
| Dimensions | 235 × 215 × 90 mm |
| Weight | 5.5 kg, including the bracket |
| Cable type | H07BQ-F, 2 cores (2 × 1.5 mm²), 2.0 m |
| Connection | DT04-2P Deutsch connector |
| Accessories | Crane Light Director |
| IP Ratings | IP66, IP67, IP68 and IP69K |
| Impact Resistance | IK10 with polycarbonate, IK09 with glass |
| Corrosion class | C5 Industrial and Maritime (ISO 9223) |
| Vibration class | 6 G at resonance (IEC 60068-2-6), shock IEC 60068-2-27 |
| Operating temperature | −45 to +50 °C |
| LED lifespan | TM-21 L90B05 > 360,000 hours |
| Driver lifespan | not applicable |
| MTBF driver | not applicable, driver on board |
| Warranty | 5 years on the complete luminaire |
| Certification | CE, IEC 60598, EN 55015, EN 61547, EMC. North America upon request. |
| Packaging | depending on quantity, upon request |
All values above are also listed on the datasheet, including dimensions and order code.
The driver is separate from the luminaire and can be placed in the DRB-1 driver box. The values below are from the Upowertek datasheets and apply per driver, not per luminaire.
160 W, remote, in DRB-1
T50 250 µs at 220 V
line-to-line / line-to-earth, IEC 61000-4-5
at Tc 75 °C, MIL-HDBK-217F
| Driver | B16 | C16 | C25 | D16 |
|---|---|---|---|---|
| TLD160 · AC 120 W | 8 | 13 | 21 | 15 |
Calculated with ABB S200 at 220 V, from the manufacturer's MCB table. Guideline for the engineering phase and not a replacement for the installation calculation; for verification we provide a lighting advice and installation calculation. If there are multiple drivers in one luminaire, divide the number by that number of drivers.
The lens angle determines where the light ends up. Below are the measured angles from our own IES library, with the optic name as the order code next to it. An optic name is not a measured value: the 69° optic measures 72°. If you are in doubt between two angles, we will substantiate the choice with a free lighting calculation.
Driving light for very long distance, 50 to 300 m
Medium distance, 30 to 100 m
Wide illumination nearby, 15 to 60 m
Just targeted, up to 150 m. A lot in crane jibs.
| Optics | Beam angle 50 % | Veldhoek 10 % | Application distance |
|---|---|---|---|
| 14° spot | 13° | 27° | 50 to 300 m. In C90 it is 14.1° and 27.3°. |
| 38° | 37° | 69° | 30 to 100 m, symmetrical |
| 69° | 72° | 103° | 15 to 60 m, symmetrical |
| 14° × 46° flare | 13° × 45° | 30° × 70° | up to 150 m, asymmetric: 45° in C0 and 13° in C90 |
The beam angle is the full angle between the directions in which the intensity has decreased to 50 % of the peak; the field angle is 10 %. The upward light output is 0 % at 0° tilt. Combinations of optics within a single luminaire are possible.
On machines and cranes, the mounting method determines whether a luminaire will last its full service life. The Marlin comes standard with a high-tensile-strength 316L bracket; for crane applications, the Crane Light Director is available as an accessory.
High-tensile-strength 316L bracket, adjustable in 30° increments, standard on every Marlin. Also available with a chemically tempered glass front.
A crane accessory that keeps the Marlin positioned on the boom and aimed at the work area. We recommend checking whether the Director or the fixed bracket is suitable for each boom position.
A fall protection cable is optionally available and is often a strict requirement when installed above a work area. The DRB-1 driver box houses the remote TLD160 driver, either on the mast or in the cabinet. For tower cranes, see also Tower crane lighting.
All dimensions in millimeters. The mounting pattern and bracket cross-sections are in the datasheet; DXF and STEP files are available upon request.
Views with dimensions. Drawing not to scale.
| Luminaire | 235 × 215 × 90 mm |
| Weight | 5.5 kg |
| Bracket adjustment | ± 240°, in 30° increments |
| AC and DC Cable Length | 2.0 m |
| DC connection | DT04-2P Deutsch connector |
| Packaging | on request |
The weight listed includes the bracket. Packaging dimensions and weight are included in the listing because JEL handles shipping.
Where the Marlin is installed in practice, and why there.
For ship, work deck, and functional work areas where moisture, salt, wind, and mechanical stress converge. IP69K and a titanium e-coating are standard.
For small crane zones, booms, platforms, and supporting positions where compactness and vibration resistance are important.
For steel, bulk handling, and manufacturing, where luminaires must withstand intensive and heavy-duty use.
For machine zones, service points, and mobile installations where more spread and output are required than a work light provides. The DC version connects directly to the vehicle electrical system.
In addition to the four standard light colors, the Marlin is available in a two-color version: 4000K neutral white for the work area and 2200K amber for situations where warm, insect-repellent light is desired; the colors can be switched during operation.
This allows a single luminaire to be used for both task and ambient lighting, without a second installation. The color rendering is standard CRI greater than 70, optionally 80 or 90, with a color consistency within 3-step MacAdam.
| Cool white | 6500K |
| Neutral white | 4000K |
| Warm wit | 2700K |
| Amber | 2200K |
| Bi-color | 4000K with amber 2200K |
Also available in 5000K. Amber 2200K is a popular choice for maritime and coastal locations where light pollution for the environment matters.
Every claim carries its condition in the same sentence. You can read more about the test methods at Product Quality and Warranty.
Neutral salt spray test in accordance with ISO 9227, performed on a cast housing that had been scratched beforehand: no coating delamination after 1,007 hours.
Vibration-resistant up to 6 G at resonance in accordance with IEC 60068-2-6, with shock testing in accordance with IEC 60068-2-27.
The Marlin shares the low-copper aluminum die-cast housing, the titanium e-coating, and the 316L bracket with the heavy-duty series that has been in use in the mining industry for thirteen years.
Four pages with the full specification, dimensions and order code. Available for immediate download.
STEP or DXF for your own drawing work, including the mounting pattern of the bracket.
All 10 versions and optics of the Marlin in EULUMDAT (.ldt) format, combined into a single 0.5 MB ZIP file. DIALux and Relux can read these files directly. The order number is included in the file name and in the file itself. We provide IES files upon request.
Is your question not listed, or would you like something calculated? An engineer will respond within 1 business day.
No. The Marlin is a compact floodlight with the build quality of a full-fledged heavy-duty luminaire: IK10, IP69K, and a 316L bracket. It bridges the gap between work lights such as the Piranha and the Goby and the heavier-duty floodlights such as the Barracuda.
The Snapper is lighter and delivers more lumens per kilogram: 31,000 lm from 3.1 kg, but with IK08 and IP68 ratings. The Marlin is more robustly built: IK10, IP69K, and 18,000 lm from 5.5 kg. Choose the Marlin where impact resistance and high-pressure cleaning are key, and the Snapper where weight is a factor.
For the AC version with the TLD160 driver: 8 on a B16, 13 on a C16, 21 on a C25, and 15 on a D16. These numbers come from the manufacturer's MCB table at 220 V, calculated using ABB S200, and apply per driver. This is a guideline for the engineering phase and is not a replacement for the installation calculation.
Yes. The AC version dims via 0–10V, PWM, and DALI-2, and can also be configured via NFC. For the DC version, dimming is custom-made because a constant current is used there.
That depends on mounting height, desired illuminance, the shape of the work zone, and the operator's line of sight. We substantiate this with a lighting calculation, also providing the number of luminaires, their positioning, and the expected lux levels. The datasheet shows the measured angle, not the optic name: the 69° optic measures 72°.
Yes. The housing contains less than 0.08 % copper to minimize galvanic corrosion and has a two-layer titanium-based e-coating; the bracket is made of 316L. This corresponds to corrosion class C5 Industrial and Maritime. There is no fully 316L version of the Marlin; if that requirement is essential, consider the Snapper 316L or the Barracuda 316L.
Yes. The luminaire has been tested to IP66, IP67, IP68, and IP69K. All of these classes are mentioned because they are different tests: IP69K is high-pressure and high-temperature steam jet, IP68 is immersion. One does not imply the other.
Yes. The vibration rating is 6 G at resonance, tested in accordance with IEC 60068-2-6, with shock testing in accordance with IEC 60068-2-27. The Crane Light Director is available as an accessory for crane booms.
The 360,000 hours is a TM-21 L90B05 value: at that point, at least 95 % of the luminaires will still be delivering at least 90 % of their initial light output. This is more stringent than the standard L70 and L80 specifications. In practice, the LED is rarely the limiting factor; environmental conditions and installation quality determine the luminaire’s actual performance in the field.
No. The luminaire is not intended for hazardous areas. If ATEX is a requirement, please discuss this in advance, and we will determine a suitable solution together.
Yes. The DC version with DT04-2P Deutsch connector is designed for that: directly on the 24 V on-board network, without a separate driver. For serial production, we align optics, voltage version, color temperature, and mounting with the machine architecture.
CE, IEC 60598, EN 55015, EN 61547 and the EMC Directive. IEC 60598 covers construction, electrical safety, and thermal behavior. In addition, the luminaire helps meet EN 12464-2 for the safe lighting of industrial outdoor workplaces. Configurations for North America are available upon request.
Tell us about the application, the location, and the scope of the project. We'll help you choose the design, the finish, and the mounting hardware.
You will receive a response from the person who is also preparing your lighting calculation.
We use your information solely to review your request and respond to it.
