
Apollo SA5100-760APO Black Optical/Heat Multisensor Detector
Request a quote for pricing and availability. Installation, commissioning and compatibility checks with your existing system are also available.
Technical documentation
PDFDatasheetSoteria Optical/Heat Multi-Sensor Detector Datasheet
EnglishPDFCertification
CPR-UKCA Declaration of Constancy of Performance
EnglishPDFCertification
VdS Certificate
EnglishPDFOther Document
Declaration of Performance
EnglishPDFOther Document
UKCA Declaration of Performance
English
The manufacturer has not published Turkish documentation for this product; please contact us for technical support in Turkish.
Product description
Apollo Soteria optical/heat multi-sensor detector combines PureLight optical technology for detecting smoke particles with two thermistors for heat detection. Different operating modes and a dynamic algorithm help distinguish sources of false alarms. Designed for use in fire detection systems.
Key features
- Optical smoke and heat detection
- Five operating modes
- Digital Core Protocol communication
- Dynamic algorithm that rejects transient effects and compensates for drift
- FasTest for fast testing
- Integrated, switchable isolator
Technical specifications
| Colour | Black |
|---|---|
| Weight | 100 g |
| Diameter | 103 mm |
| Depth | 55 mm |
| Supply voltage | 17–35 V DC |
| Protocol voltage | 5–13 V peak-to-peak |
| Standby current | 600 μA |
| Operating temperature | -10 to 55 °C |
| Protection rating | IP40 |
| Approvals | CPR, LPCB, VdS, BOSEC |
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.
