IMPA 33.6797 Remote Control for Fire Pump Sign
IMPA 33.6797 Remote Control for Fire Pump Sign
The IMPA 33.6797 Remote Control for Fire Pump Photoluminescent Sign is an important safety indicator used to clearly mark the location of the remote control device for the ship’s fire pump. During an onboard fire emergency, quick activation of the fire pump is essential for supplying water to the fire main system, and this sign ensures that crew members can immediately identify the correct remote operating point.
The IMPA 33.6797 Remote Control for Fire Pump Photoluminescent Sign is an important safety indicator used to clearly mark the location of the remote control device for the ship’s fire pump. During an onboard fire emergency, quick activation of the fi...Full description
The IMPA 33.6797 Remote Control for Fire Pump Photoluminescent Sign is an important safety indicator...Full description
- Model Code:
- IMPA:
- 336797
- Size:
- 200x300mm
- Material:
- SAV
- Orientation:
- Pack Qty:
| 1 | 2+ | 5+ | 10+ | 20+ |
|---|---|---|---|---|
| 0.00 | 0.00 | 0.00 | 0.00 | 0.00 |
| 33.6797-26-PLSA | 150mm x 150mm | Self Adhesive Photoluminescent |
3.01 (inc VAT 3.61) |
2.86 (inc VAT 3.43) |
2.71 (inc VAT 3.25) |
2.56 (inc VAT 3.07) |
2.47 (inc VAT 2.96) |
| 33.6797-26-PL | 150mm x 150mm | Rigid Photoluminescent |
3.81 (inc VAT 4.57) |
3.62 (inc VAT 4.34) |
3.43 (inc VAT 4.12) |
3.24 (inc VAT 3.89) |
3.12 (inc VAT 3.74) |
| 33.6797-80-PLSA | 300mm x 300mm | Self Adhesive Photoluminescent |
9.20 (inc VAT 11.04) |
8.74 (inc VAT 10.49) |
8.28 (inc VAT 9.94) |
7.82 (inc VAT 9.38) |
7.54 (inc VAT 9.05) |
| 33.6797-80-PL | 300mm x 300mm | Rigid Photoluminescent |
11.62 (inc VAT 13.94) |
11.04 (inc VAT 13.25) |
10.46 (inc VAT 12.55) |
9.88 (inc VAT 11.86) |
9.53 (inc VAT 11.44) |
| Code | Size | Material | 1 | 2 - 4 | 5 - 9 | 10 - 19 | 20+ |
|---|
|
150mm x 150mm Self Adhesive Photoluminescent |
3.01 (inc VAT 3.61) |
2.86 (inc VAT 3.43) |
2.71 (inc VAT 3.25) |
2.56 (inc VAT 3.07) |
2.47 (inc VAT 2.96) |
|
150mm x 150mm Rigid Photoluminescent |
3.81 (inc VAT 4.57) |
3.62 (inc VAT 4.34) |
3.43 (inc VAT 4.12) |
3.24 (inc VAT 3.89) |
3.12 (inc VAT 3.74) |
|
300mm x 300mm Self Adhesive Photoluminescent |
9.20 (inc VAT 11.04) |
8.74 (inc VAT 10.49) |
8.28 (inc VAT 9.94) |
7.82 (inc VAT 9.38) |
7.54 (inc VAT 9.05) |
|
300mm x 300mm Rigid Photoluminescent |
11.62 (inc VAT 13.94) |
11.04 (inc VAT 13.25) |
10.46 (inc VAT 12.55) |
9.88 (inc VAT 11.86) |
9.53 (inc VAT 11.44) |
| Size / Material | 1 | 2+ | 5+ | 10+ | 20+ |
|---|
The IMPA 33.6797 Remote Control for Fire Pump Photoluminescent Sign is an important safety indicator used to clearly mark the location of the remote control device for the ship’s fire pump. During an onboard fire emergency, quick activation of the fire pump is essential for supplying water to the fire main system, and this sign ensures that crew members can immediately identify the correct remote operating point.
This sign is made using photoluminescent material that absorbs ambient light and emits a bright glow in darkness. This glow in the dark feature guarantees high visibility even during blackouts, heavy smoke conditions, or low light situations, allowing the crew to locate the remote fire pump control without delay. Its clean and easy to understand design supports rapid and efficient emergency response.
Engineered for the demanding conditions of marine environments, the sign offers long lasting resistance to moisture, corrosion, vibration, and daily wear. It is suitable for installation near emergency stations, machinery control points, engine room entrances, and other key operational areas. Using this sign helps vessels comply with maritime fire safety regulations and improves overall onboard safety preparedness.
Materials available for this product
Rigid Photoluminescent
- Description:
- Rigid Photoluminescent (GITD) Glow in the dark
- Thickness:
- 1mm
- Fixing Options:
Self Adhesive Photoluminescent
- Description:
- Self Adhesive Photoluminescent
- Thickness:
- 0.229mm
- Fixing Options:
*indicates your currently selected material