
Apollo 55000-401APO XP95 CS Heat Detector
Request a quote for pricing and availability. Installation, commissioning and compatibility checks with your existing system are also available.
Technical documents and wiring diagrams
PDFDatasheetXP95 Heat Detector Datasheet
EnglishIncludes a wiring diagramPDFInstallation Manual
XP95/Discovery Detector Base Installation Manual
EnglishIncludes a wiring diagramPDFCertification
KRS Certificate
EnglishPDFCertification
BOSEC Certificate
English
The manufacturer has not published Turkish documentation for this product; please contact us for technical support in Turkish.
Product description
The XP95 CS Heat Detector monitors the ambient temperature using a single thermistor and produces a value proportional to the temperature. It is suitable for medium to large buildings, including dusty environments, car parks, warehouses, hotels and offices. Compliant with EN 54-5, the detector operates on XP95 addressable systems.
Key features
- CS heat classification
- Compliant with EN 54-5
- Red alarm status indicator
- Remote indicator connection
- 10-year warranty
- IP53 protection rating
Technical specifications
| Algorithmic nominal value | 25 |
|---|---|
| Alarm level algorithmic value | 55 |
| Supply voltage | 17–28 V DC |
| Quiescent current | 250 μA (tested at 24 V DC) |
| Operating temperature | -20 to 70 °C |
| Dimensions | 100 mm diameter, 42 mm length |
| Weight | 105 g |
| Protection rating | IP53 |
| Standard | EN 54-5 |
| Approvals | BOSEC, KRS, LPCB, CPR |
Information has been compiled from manufacturer/distributor sources. Please consult the documentation for current technical specifications.
Other Apollo products

Apollo 29600-929 Conventional End-to-End Beam Detector

Apollo 29650-069 Self-Aligning Conventional Reflective Beam Detector

Apollo 29650-081APO Single-Point Aspirating Smoke Detector

Apollo 29650-082APO Dual-Point Aspirating Smoke Detector
Request a site survey and quote for your project
Tell us about your building, existing system and requirements; together, we can determine the right solution.
