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Apollo ORB-OH-13001-APO Orbis Conventional Multisensor Detector w/ Diode Base
Code: FDS410/018
INC VAT
Code: FDS410/018
The Apollo ORB-OH-13001-APO Orbis Conventional Multisensor Detector combines optical smoke detection with thermal sensing to provide enhanced fire response and improved false alarm resistance.
By integrating heat detection alongside proven optical sensing technology, the device offers effective performance across a wider range of fire types, including fast-burning flaming fires.
Designed for conventional fire alarm systems, the detector incorporates advanced signal processing and transient rejection algorithms to reduce unwanted activations in challenging environments.
Automatic drift compensation helps maintain sensitivity over time, supporting long-term reliability and reduced maintenance requirements.
Supplied complete with a diode base, this unit is suitable for installations requiring compliant conventional circuit configuration.
Apollo ORB-OH-13001-APO
Base supplied
Orbis conventional multisensor detector
Responds well to fast-burning, flaming fires
Transient rejection algorithms reduce false alarms
Automatic drift compensation
Red flashing LED at StartUp confirms that the device is operating.
SensAlert, yellow flashing LED, indicates faulty operation
FasTest takes just 4 seconds to test and confirm detectors are functioning correctly
DustDefy system prevents dust ingress while maintaining airflow
Specification | Detail |
|---|---|
Detection Principle | Smoke: Photo-electric detection of light scattered by smoke particlesHeat: Temperature-dependent resistances |
Sampling Frequency | Once every four seconds |
Operating Voltage | 8.5 Vdc to 33 Vdc |
Supply Wiring | Two wire supply, polarity sensitive |
Maximum Polarity Reversal | 200 ms |
Power Up Time | < 20 seconds |
Minimum ‘Detector Active’ Voltage | 6 V |
Power-up Surge Current at 24 V | 95 µA |
Average Quiescent Current at 24 V | 95 µA |
Alarm Current | 12 V: 20 mA24 V: 40 mA |
Alarm Load | 600 Ω |
Holding Voltage | 5 V – 33 V |
Minimum Holding Current | 8 mA |
Minimum Voltage to Light Alarm LED | 5 V |
Alarm Reset Voltage | < 1 V |
Alarm Reset Time | One second |
Alarm Indicator | Integral indicator with 360° visibility |
Remote Output LED Characteristic | 1.2 kΩ connected to negative supply |
Operating and Storage Temperature | -40°C to +70°C |
Humidity (no condensation or icing) | 0% to 98% RH |
Effect of Atmospheric Pressure on Optical Sensor | None |
Effect of Wind Speed | None |
IP Rating | IP44 |
Standards and Approvals | CPR, LPCB, VdS, BOSEC, SBSC, FG, CSIRO |
Dimensions | 97 mm diameter × 31 mm height |
Weight | 75 g |
Materials | Housing: White flame-retardant polycarbonate Terminals: Nickel plated stainless steel |
The Apollo ORB-OH-13001-APO Orbis Conventional Multisensor Detector combines optical smoke detection with thermal sensing to provide enhanced fire response and improved false alarm resistance.
By integrating heat detection alongside proven optical sensing technology, the device offers effective performance across a wider range of fire types, including fast-burning flaming fires.
Designed for conventional fire alarm systems, the detector incorporates advanced signal processing and transient rejection algorithms to reduce unwanted activations in challenging environments.
Automatic drift compensation helps maintain sensitivity over time, supporting long-term reliability and reduced maintenance requirements.
Supplied complete with a diode base, this unit is suitable for installations requiring compliant conventional circuit configuration.
Apollo ORB-OH-13001-APO
Base supplied
Orbis conventional multisensor detector
Responds well to fast-burning, flaming fires
Transient rejection algorithms reduce false alarms
Automatic drift compensation
Red flashing LED at StartUp confirms that the device is operating.
SensAlert, yellow flashing LED, indicates faulty operation
FasTest takes just 4 seconds to test and confirm detectors are functioning correctly
DustDefy system prevents dust ingress while maintaining airflow
Specification | Detail |
|---|---|
Detection Principle | Smoke: Photo-electric detection of light scattered by smoke particlesHeat: Temperature-dependent resistances |
Sampling Frequency | Once every four seconds |
Operating Voltage | 8.5 Vdc to 33 Vdc |
Supply Wiring | Two wire supply, polarity sensitive |
Maximum Polarity Reversal | 200 ms |
Power Up Time | < 20 seconds |
Minimum ‘Detector Active’ Voltage | 6 V |
Power-up Surge Current at 24 V | 95 µA |
Average Quiescent Current at 24 V | 95 µA |
Alarm Current | 12 V: 20 mA24 V: 40 mA |
Alarm Load | 600 Ω |
Holding Voltage | 5 V – 33 V |
Minimum Holding Current | 8 mA |
Minimum Voltage to Light Alarm LED | 5 V |
Alarm Reset Voltage | < 1 V |
Alarm Reset Time | One second |
Alarm Indicator | Integral indicator with 360° visibility |
Remote Output LED Characteristic | 1.2 kΩ connected to negative supply |
Operating and Storage Temperature | -40°C to +70°C |
Humidity (no condensation or icing) | 0% to 98% RH |
Effect of Atmospheric Pressure on Optical Sensor | None |
Effect of Wind Speed | None |
IP Rating | IP44 |
Standards and Approvals | CPR, LPCB, VdS, BOSEC, SBSC, FG, CSIRO |
Dimensions | 97 mm diameter × 31 mm height |
Weight | 75 g |
Materials | Housing: White flame-retardant polycarbonate Terminals: Nickel plated stainless steel |
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