The Sarix® Thermal Enhanced 4 Series enables sites to harness the power of intelligence-driven analytics and heat-sensing
technology to identify threats beyond what is visible to the human eye. Protect your perimeter like never before, even in the
most challenging conditions. Pelco Smart Analytics, powered by Motorola Solutions, automatically detects threats at
distances over 300 m (980 ft) away. Using radiometric thermal imaging, the Sarix Thermal Enhanced measures temperature
fluctuations to help identify and prevent hazardous situations, such as overheating equipment. The camera's superior longrange smart analytics detection and ability to concurrently trigger alerts based on radiometric events make the Sarix
Thermal Enhanced an ideal solution for security and industrial applications.
®
FEATURES
SEE FARTHER, RESPOND FASTER
Identify critical events and classify objects during the day and
night at distances over 300 m (980 ft) away.
Expedite real-time responses and forensic investigations with
Pelco Smart Analytics.
REDUCE FALSE POSITIVES
Leverages Smart Analytics and self-calibration for improved
object detection and minimize the chances of false alarms.
MULTIPLE LENS OPTIONS
Select between a wide combination of lens and sensor
resolutions for optimal coverage.
OUTDOOR READY
IP66/67, IK10 and NEMA 4x rating provides a degree of
protection against water and windblown dust. Continuously
records between -40°C to 65°C (-40°F to 149°F).
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Radiometric Analytics available on select models only and will be available in Spring 2023.
RADIOMETRIC ANALYTICS
Prevent operational safety hazards by proactively detecting
abnormal temperature fluctuations within a predefined time and
when the temperature exceeds or falls below a set value.
ENHANCED CYBERSECURITY
Meet required security standards required with FIPS 140-2
compliant cryptography support, Secure Boot and integrated
TPM.
COMPLY WITH REGULATIONS
With 9 Hz and 30 Hz versions, maintain analytic performance
while complying with export restrictions.
OPEN SYSTEM
ONVIF Profile S, G, T and M allows for easy integration between
existing ONVIF structures, recording retrieval on the edge and
cross-functionality with third-party solutions.
ONVIF is a trademark of Onvif, Inc.
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SPECIFICATIONS
IMAGE PERFORMANCEQVGAVGA
Image Sensor320 x 256 Uncooled VOx Microbolometer640 x 512 Uncooled VOx Microbolometer
Pixel Pitch12μm
Spectral Range8μm to 14μm
Aspect Ratio5:4
Imaging RateUp to 30 fps (-1 models up to 8.6 fps)
Dynamic Range-40°C to 225°C (-40°F to 437°F) [may vary based on operating temperature]
Resolution Scaling320 x 256, can be scaled up to 640 x 512640 x 512, can be scaled down to 320 x 256
3D Noise Reduction FilterYes
SensitivityNETD ≤50 mK (NETD ≤40 mK on 30 fps models when Frame Averager feature is enabled)
Thermal Palettes
Image Uniformity
Optimization
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Best detection analytics performance on White Hot or Black Hot palettes.
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White Hot, Black Hot, Rainbow, RainHC, IronBow, Lava, Artic, GlowBow, GradedFire
Automatic Flat Field Correction (FFC) - Thermal and Temporal
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LENS
Lens
Angle of View (H x V)50.0° x 40.0°24.1° x 19.2°16.0° x 12.8°12.2° x 9.7°49.9° x 39.3°32.0° x 25.6°24.3° x 19.5°18.0° x 14.4°12.2° x 9.8°
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Figures in this table also apply to -1 variants of each camera.
Figures in this table also apply to -1 variants of each camera.
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Camera
Junction Box 0.47 kg (1.04 lbs)
SXTE4QF04-EBT
312 mm x 126 mm x 104 mm; 12.3” x 5.0” x 4.1” (including junction box)
1.45 kg
(3.20 lbs)
SXTE4QF09-EBT
1.44 kg
(3.17 lbs)
SXTE4QF13-EBT
1.47 kg
(3.24 lbs)
ELECTRICAL
Power Consumption10W
Power Source
RTC Backup Battery3V manganese lithium
VDC: 12V +/- 10%, 9W min. VAC: 24V +/- 10%, 15VA min.
PoE: IEEE802.3af Class 3 compliant
ENVIRONMENT AL
Operating Temperature-40 °C to +65 °C (-40 °F to 149 °F)
Storage Temperature-10 °C to +70 °C (14 °F to 158 °F)
Humidity0 - 93% non-condensing
SXTE4QF18-EBT
1.45 kg
(3.20 lbs)
SXRE4VF09-EBT
1.48 kg
(3.26 lbs)
SXRE4VF14-EBT
1.47 kg
(3.24 lbs)
SXTE4VF18-EBT
1.47 kg
(3.24 lbs)
SXTE4VF24-EBT
1.47 kg
(3.24 lbs)
SXTE4VF36-EBT
1.55 kg
(3.42 lbs)
CERTIFICATI ON SQVGAVGA
Certifications/DirectivesUL, cUL, CE, UKCA, ROHS, RCM, BIS, NOM
SafetyUL/CSA/IEC/EN 62368-1
- IEC/EN 60529 (IP66, IP67 rating)
Environmental
Electromagnetic EmissionsFCC Part 15 Subpart B (Class B), ICES-003 (Class B), EN 55032 (Class B), EN 61000-6-3, EN 61000-3-2, EN 61000-3-3
Electromagnetic ImmunityEN 55035, EN 61000-6-1, EN 50130-4
- IEC/EN 62262 Impact (IK10 rating) includes window impact on all
models
- Type 4X
- IEC/EN 60529 (IP66, IP67 rating)
- IEC/EN 62262 Impact (IK10 rating) includes window impact only
on models SXRE4-VF14-EBT, SXRE4-VF14-EBT-1, SXTE4-VF18EBT, SXTE4-VF18-EBT-1, SXTE4-VF24-EBT, SXTE4-VF24-EBT-1
- Type 4X
support@pelco.com|pelco.com3
ANALYTICS SPECIFICATIONS
SUPPORTED VIDEO
ANALYTIC EVENTS
Objects in AreaThe event is triggered when the selected object type moves into the region of interest.
Object Loitering
Objects Crossing Beam
Object Appears or Enters
Area
Object Not Present in AreaThe event is triggered when no objects are present in the region of interest.
Objects Enter AreaThe event is triggered when the specified number of objects have entered the region of interest.
Objects Leave AreaThe event is triggered when the specified number of objects have left the region of interest.
Object Stops in AreaThe event is triggered when an object moves into a region of interest and then stops moving for the specified threshold time.
Direction ViolatedThe event is triggered when an object moves in the prohibited direction of travel.
Tamper DetectionThe event is triggered when the scene unexpectedly changes.
RADIOMETRIC EVENTS
Temperature Below, Above,
Match Pre-Defined Value
Temperature ChangedThe event is triggered when the temperature changed a predefined value during a designated period of time.
The event is triggered when the selected object type moves into the region of interest and then stays for an extended
amount of time.
The event is triggered when the specified number of objects have crossed the directional beam that is configured over the camera’s
field of view. The beam can be unidirectional or bidirectional.
The event is triggered by each object that enters the region of interest. This event can be used to count objects.
The event is triggered when the temperature in the region of interest is below, above or match a pre-defined temperature value.