Ampac Xp95 Detector
4
DUE TO AMPAC’S COMMITMENT TO CONTINUOUS IMPROVEMENT, SPECIFICATIONS MAY CHANGE WITHOUT NOTICE FOR A QUOTATION AND FURTHER INFORMATION, GO TO: www.ampac.net FIRE DETECTORS AND DEVICES The Apollo XP95 range of analogue addressable fire detectors is advanced in design, and has unique features that benefit the installer and end user. The range includes ionisation and optical smoke detectors, and a heat detector, all of the detectors are available as Intrinsically Safe and marine grade. Analogue and Digital Protocols The term ‘analogue’ is used to describe a signal which goes up and down steplessly. Signals that record phenomena such as the increase of smoke or heat are necessarily analogue at source and this is why fire detectors are described as analogue. For example, a heat detector will record stepless increases in temperature from a typical starting point of 20– 21°C (comfortable room temperature) to an alarm level of 55°C, however fast the increase. Each point on the analogue signal indicates a particular value. The problem with analogue signals, however, is that, if, during transmission, electrical corruption affects the signal, a ‘2’ might appear as a ‘3’, for example. Digital Signals The word ‘digital’ describes a signal that consists of a series of ‘0s’ and ‘1s’ or ‘offs’ and ‘ons’ which go to make up a message in binary arithmetic. The advantage of this system is that there is a much lower risk of the signal being poorly transmitted and hence giving wrong information. Each degree of a heat detector can be expressed in digital form (ie, binary arithmetic). ‘30’ degrees Celsius would then be ‘11110’ and this is what Apollo detectors would transmit. Apollo fire detectors have always used a digital protocol, which has remained basically unchanged since its inception in 1986. Detector Selection The choice of detector from the XP95 range follows the well established system design principles. That is, the optimum detector type will depend on the type of fire risk and fire load, and the type of environment in which the detector is sited. For general use, smoke detectors are recommended since these give the highest level of protection. Smoke detectors from the XP95 range may be ionisation or optical types. It is generally accepted that ionisation types have a high sensitivity to flaming fires whereas optical detectors have high sensitivity to smouldering fires. As a result of this, ionisation types are widely used for property protection, and optical types for life protection. Where the environment is smoky or dirty under normal conditions, a heat detector may be more appropriate. It must be recognised, however, that any heat detector will respond only when the fire is well established and generating a high heat output. Unless otherwise specified, devices described in this section are suitable for indoor use only. Analogue Fire Detectors XP95 Analogue Detectors and Devices XP95 73
Transcript of Ampac Xp95 Detector
DUE TO AMPAC’S COMMITMENT TO CONTINUOUS
IMPROVEMENT, SPECIF ICATIONS MAY CHANGE
WITHOUT NOTICE
FOR A QUOTATION AND FURTHER INFORMATION, GO TO:
w w w . a m p a c . n e t
FIRE D
ETECTO
RS
AN
DD
EVIC
ES
The Apollo XP95 range of analogue addressable fire detectors is advanced in design, and has unique features that benefit
the installer and end user. The range includes ionisation and optical smoke detectors, and a heat detector, all of the
detectors are available as Intrinsically Safe and marine grade.
Analogue and Digi tal Protocols
The term ‘analogue’ is used to describe a signal which goes up and down steplessly. Signals that record phenomena
such as the increase of smoke or heat are necessarily analogue at source and this is why fire detectors are described as
analogue. For example, a heat detector will record stepless increases in temperature from a typical starting point of 20–
21°C (comfortable room temperature) to an alarm level of 55°C, however fast the increase. Each point on the analogue
signal indicates a particular value. The problem with analogue signals, however, is that, if, during transmission, electrical
corruption affects the signal, a ‘2’ might appear as a ‘3’, for example.
Digi tal Signals
The word ‘digital’ describes a signal that consists of a series of ‘0s’ and ‘1s’ or ‘offs’ and ‘ons’ which go to make up a
message in binary arithmetic. The advantage of this system is that there is a much lower risk of the signal being poorly
transmitted and hence giving wrong information. Each degree of a heat detector can be expressed in digital form (ie,
binary arithmetic). ‘30’ degrees Celsius would then be ‘11110’ and this is what Apollo detectors would transmit. Apollo
fire detectors have always used a digital protocol, which has remained basically unchanged since its inception in 1986.
Detector Select ion
The choice of detector from the XP95 range follows the well established system design principles. That is, the optimum
detector type will depend on the type of fire risk and fire load, and the type of environment in which the detector is sited.
For general use, smoke detectors are recommended since these give the highest level of protection. Smoke detectors from
the XP95 range may be ionisation or optical types. It is generally accepted that ionisation types have a high sensitivity to
flaming fires whereas optical detectors have high sensitivity to smouldering fires. As a result of this, ionisation types are
widely used for property protection, and optical types for life protection. Where the environment is smoky or dirty under
normal conditions, a heat detector may be more appropriate. It must be recognised, however, that any heat detector will
respond only when the fire is well established and generating a high heat output. Unless otherwise specified, devices
described in this section are suitable for indoor use only.
Analogue Fire Detectors
XP95
Analogue Detectors and Devices
XP95
73
DUE TO AMPAC’S COMMITMENT TO CONTINUOUS
IMPROVEMENT, SPECIF ICATIONS MAY CHANGE
WITHOUT NOTICE
FOR A QUOTATION AND FURTHER INFORMATION, GO TO:
w w w . a m p a c . n e t74
FIRE D
ETECTO
RS
AN
DD
EVIC
ES
IONISATION OPTICAL HEAT
Overheating / thermal combustion Poor Very Good Very Poor
Smouldering / glowing combustion Moderate / Good Good Very Poor
Flaming combustion Very Good Good Poor
Flaming with high heat output Very Good Good Moderate / Good
Flaming - clean burning Poor Very Poor Moderate / Good
• High Level Integration:ASICs technology for lower component count.
• Zero Insertion Force Base: For easier installation and maintenance.
• Ease of Maintenance:Snap lock chambers for easy cleaning.
• Surface Mounted Components: For long life and high reliability
• Latest Data Reported:As well as free running data update, device willupdate data when the preceding device is beinginterrogated.
• XPERT Card Addressing: For fast reliable installation and service.
• Unobtrusive Design: For elegant designs in modern buildings.
Features
Branding
All LPCB approved XP95 detectors are branded AMPAC.
XP95Analogue Detectors and Devices
FIRE D
ETECTO
RS
AN
DD
EVIC
ES
DUE TO AMPAC’S COMMITMENT TO CONTINUOUS
IMPROVEMENT, SPECIF ICATIONS MAY CHANGE
WITHOUT NOTICE
FOR A QUOTATION AND FURTHER INFORMATION, GO TO:
w w w . a m p a c . n e t 75
Features
Features
Features
XP95Analogue Detectors and Devices
Voltage 17-28 VDCQuiescent current 340μA at 24 VDCAlarm current 4.3mA at 24 VDCRemote o/p current 4mA at 5 VDCSize inc base 100Dia x 50H mmOperating temp. -20°C to +60°C (no icing)Humidity 0 to 95% relative humidityIP rating IP43Weight inc base 157 gramsSensitivity 2.4%/m light grey smoke
• Rate of rise and fixed temperature alarm point• Single thermistor technology• Transient voltage protection• Resettable operation• Lockable security fitting• White finish
• Detects a wide range of fires• Insensitive to wind• Transient voltage protection• Fine gauze insect protection• Simple construction allows
detection chamber to be cleaned• Lockable security fitting• White or Black finish
• Detects super heating andflaming combustibles
• Dual chamber technology• Wind resistant smoke inlets• Transient voltage protection• Fine gauze insect protection• Lockable security fitting• White finish
Voltage 17-28 VDCQuiescent current 250μA at 24 VDCAlarm current 2.5mA at 24 VDCRemote o/p current 4mA at 5 VDCSize inc base 100Dia x 50H mmOperating temp. -20°C to +70°C (no icing)Humidity 0 to 95% relative humidityIP rating IP53Weight inc base 157 grams
Voltage 17-28 VDCQuiescent current 280μA at 24 VDCAlarm current 2.3mA at 24 VDCRemote o/p current 4mA at 5 VDCSize inc base 100Dia x 50H mmOperating temp. -20°C to +70°C (no icing)Humidity 0 to 95% relative humidityIP rating IP43Weight inc base 161 grams
Order Code Compliance Approved By201-0001 Type A / B AS1603:Pt1 SSL55000-420AMP Normal Temp EN54:Pt5 LPCB55000-401AMP High Temp EN54:Pt5 LPCB
Order Code Compliance Approved By201-0003 White AS1603:Pt2 SSL201-0092 Black AS1603:Pt2 SSL55000-620AMP EN54:Pt7 LPCB
Order Code Compliance Approved By201-0002 AS1603:Pt2 SSL201-0091 Black AS1603:Pt2 SSL55000-520AMP EN54:Pt7 LPCB
Heat – XP95
Photo Optical Smoke – XP95
Ionisation Smoke – XP95
REFER TO DATA SHEET: PDS201-0001
REFER TO DATA SHEET: P D S 201-0003
REFER TO DATA SHEET: P D S 201-0002
Hai Trieu
Highlight
Hai Trieu
Highlight
DUE TO AMPAC’S COMMITMENT TO CONTINUOUS
IMPROVEMENT, SPECIF ICATIONS MAY CHANGE
WITHOUT NOTICE
FOR A QUOTATION AND FURTHER INFORMATION, GO TO:
w w w . a m p a c . n e t76
Features
Features
Features
FIRE D
ETECTO
RS
AN
DD
EVIC
ES
XP95Analogue Detectors and Devices
• Wide cable entry• Contains no electronic parts• ‘One way only’ fit• Low insertion force• Large terminations• Lockable security fitting• White finish
• Rate of rise and fixed temperature alarm point• Single thermistor technology• Transient voltage protection• Resettable operation• Lockable security fitting• Detectors must be connected to a suitable
safety barrier and protocol translator
• Detects a wide range of fires• Insensitive to wind• Transient voltage protection• Fine gauze insect protection• Simple construction allows detection chamber
to be cleaned• Lockable security fitting• Detectors must be connected to a suitable
safety barrier and protocol translator
Voltage 14-22 VDCQuiescent current Current is dependantAlarm current on the type ofRemote o/p current safety barrier usedSize inc base 100Dia x 50H mmOperating temp. -20°C to +40°CHumidity 0 to 95% relative humidityIP rating IP43Weight 157 grams
Voltage 14-22 VDCQuiescent current Current is dependantAlarm current on the type ofRemote o/p current safety barrier usedSize inc base 100Dia x 50H mmOperating temp. -20°C to +40°CHumidity 0 to 95% relative humidityIP rating IP53Weight inc base 157 grams
Size 100Dia x 8H mmOperating temp. -20°C to +60°C (no icing)Humidity 0 to 95% relative humidityWeight 57 grams
Order Code Compliance Approved By55000-440 EN50014, EN50020 BASEEFA
Order Code Compliance Approved By55000-640 EN50014,EN50020 BASEEFA
Detector Base – XP95
Heat – Intrinsically Safe
Photo Optical Smoke – Intrinsically Safe
Order Code Compliance Approved By201-0004 White AS1603:Pt1&2 SSL201-0093 Black AS1603:Pt2 SSL45681-210AMP EN54:Pt5,7&8 LPCB
Hai Trieu
Highlight
