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TIC3612SA Thermal & Optical Bi-Spectrum Dome Camera
Thermal & Optical Bi-Spectrum Network Dome Camera TIC3612SA-F2/F3/F7-4F#AC-I1 — view 1
Thermal & Optical Bi-Spectrum Network Dome Camera TIC3612SA-F2/F3/F7-4F#AC-I1 — view 2
Thermal & Optical Bi-Spectrum Network Dome Camera TIC3612SA-F2/F3/F7-4F#AC-I1 — view 3
Uniview (UNV) · DomeThermal & Optical Bi-Spectrum
Thermal & Optical Bi-Spectrum Dome · TIC Series

TIC3612SA-F2-4F3AC-I1

Thermal & optical bi-spectrum network dome camera — dual video (thermal + 4MP colour) over a single IP address. Radiometric temperature reading, fire alarm and smart intrusion prevention on both channels. Three thermal lens options: 2.1mm (F2), 3.0mm (F3), 7.0mm (F7).

4 MP · optical channel, 2688×1520256×192 · thermal resolutionRadiometric · ±8°C / ±8% accuracyPoE · 802.3af / DC12VIP67 · outdoorMic+Speaker · built-in two-way audio
Choose your thermal lens — three models on this page
Same dome body and electronics — only the thermal lens (and its paired optical lens) changes. F2 (2.1mm) covers the widest area up close: doorways, small yards. F3 (3.0mm) is the balanced middle choice for most perimeters. F7 (7.0mm) trades field of view for reach — long fence lines and open yards. Highlighted rows and badges below show every difference between the three.
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Lead time · In stock: at your forwarder’s China warehouse 3 days after payment · Not in stock: 7–15 working days · Then air 5–10 days / sea 25–45 days to your port

Terms · Sample orders welcome · Quotation / PI fixes models, prices, Incoterms (EXW or FOB, each quoted separately), lead time and T/T payment · Defective units: free spare units agreed per order (quantity depends on order size) and written into the quotation · Warranty: up to 5 years on Zhongxin Shutong industrial switches, manufacturer warranty on other brands · Full terms, warranty & RMA

Need the PDF datasheet? Get it on WhatsApp →
Compliance:CEFCCULRoHSWEEEIP67ONVIFNDAA
Corporate orders are registered with the manufacturer under your company name — genuine supply you can verify at the source.
2.1 mmThermal lens (this variant)
21 mHuman detection (thermal)
42 mVehicle detection (thermal)
±8 °CTemperature accuracy

The Uniview TIC3612SA is a thermal & optical bi-spectrum dome camera built around a 1/2.8" colour sensor paired with an uncooled 256×192 vanadium-oxide thermal core, streaming both channels from one IP address. The thermal channel reads absolute temperature (±8°C or ±8% accuracy) for fire and hot-spot alarms even in total darkness, smoke or glare, while the optical channel delivers 4MP colour video with smog recognition to confirm what the thermal channel sees. This page covers three lens options that share the same body: F2 (2.1mm thermal), F3 (3.0mm) and F7 (7.0mm) — pick the shortest for wide near-field coverage or the longest for long perimeter reach.

Is this the right camera for you?

Plain-language guide for buyers and installers — based only on what this camera actually does.

Warehouses & fire-risk sitesThe thermal channel spots hot spots and flags a fire alarm before smoke is visible to the eye — the optical channel's smog recognition reconfirms it.
Fence lines & open perimetersThermal detection works in total darkness with no illuminator needed. Pick F7 for the longest reach along a straight fence line.
Substations & equipment yardsRadiometric readout (±8°C or ±8%) tracks equipment temperature continuously and alarms on abnormal hot or cold spots automatically.
Ports, yards & logistics areasSmart intrusion prevention classifies people and vehicles on both channels at once, cutting false alarms from stray animals or moving shadows.
Smoke-obscured or glare conditionsWhen smoke, fog or backlight blind a normal lens, the thermal channel keeps working because it senses heat, not visible light.
Unmanned low-light sitesBuilt-in mic and speaker allow live two-way talk-down over the same PoE cable that already carries power and video.
Not the right pick if you need…
  • Motorized PTZ / zoom — this is a fixed-lens turret; pick your thermal focal length (F2/F3/F7) at purchase
  • Wi-Fi — this is a wired RJ45 camera
  • 8MP/4K optical video — the optical channel tops out at 4MP (2688×1520)
  • Battery or solar operation — needs PoE (802.3af) or DC12V wired power
  • Coverage well beyond ~140 m — step up to a longer thermal lens or a PTZ thermal camera instead

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Key Features

Complete list from the official datasheet.

Thermal & optical dual-spectrum image, dual video with single IP address, adaptable to various scenes
1/2.8" target surface, high sensitivity sensor, suitable for starlight monitoring
Thermal module supports reliable fire detection and fire shield area
Thermal module supports temperature detection and cold&hot spot tracking, which highlights abnormal temperatures and links to alarm
Thermal & optical dual-spectrum smart intrusion prevention can be enabled simultaneously: cross line, enter area, leave area, intrusion
Optical module supports smog recognition, which can help with fire alarm reconfirmation
Supports picture-in-picture mode, real-time contrast live, more convenient and clear
Supports audio and light alarm, with red and blue warning lights built in
Ultra 265, H.265, H.264, MJPEG
Max 2688×1520@30fps in the optical module and max 960P@30fps in the thermal module
DC 12V ±25% or PoE power supply
Alarm 2 in and 2 out, audio 1 in and 1 out, micro SD, up to 512 GB

Two channels, one camera

Thermal and optical run at the same time, from the same IP address — numbers below follow the lens selected above.

THERMAL CHANNEL

Radiometric temperature reading, day or night

256×192 vanadium-oxide sensor (NETD <50mK) reads absolute temperature at ±8°C or ±8% accuracy across two selectable ranges (-20 to 150°C / 100 to 550°C), tracking hot & cold spots automatically. At this lens, it flags a person at 21 m and a vehicle at 42 m; a 0.1×0.1 m fire or hot-spot event is caught at 9 m / 3.5 m.

OPTICAL CHANNEL

4MP full-colour video with smog recognition

1/2.8" CMOS records true-colour 2688×1520 video at up to 30fps with 120dB WDR, and its smog recognition helps reconfirm a thermal fire alert. Picture-in-picture overlays both views on one live feed. At this lens, optical DORI identify range is 5.9 m (19.2 ft.), recognize 11.7 m (38.4 ft.).

How far can the optical channel see? (DORI)

DORI (EN 62676-4) is the industry standard for what a camera can do at distance — these figures are for the optical (visible-light) channel only; the thermal channel's detection range is shown in the next section. Switch the lens buttons above to compare.

Detectsomething is there
58.5 m191.9 ft
Observewhat is happening
23.4 m76.8 ft
Recognizesomeone you know
11.7 m38.4 ft
Identifya stranger's face
5.9 m19.2 ft

Thermal detection & recognition range (Johnson's Criteria)

Theoretical maximum ranges for the thermal channel, calculated per Johnson's Criteria for a 4.0×1.4 m vehicle and a 1.8×0.5 m person — one row per lens on this page. Real-world smart-alarm trigger distances are the smaller, conservative figures shown in the stat bar and channel cards above.

LensDetect (vehicle)Detect (person)Recognize (vehicle)Recognize (person)Identify (vehicle)Identify (person)
2.1 mm (F2)207 m83 m52 m21 m30 m12 m
3.0 mm (F3)296 m119 m74 m30 m49 m17 m
7.0 mm (F7)690 m277 m173 m69 m99 m40 m

How wide a view at each distance

Scene width covered at typical mounting distances — the number you need to work out how many cameras a wall, yard or aisle takes.

DistanceF2 · 108.5°F7 · 25.2°
5 m16 ft13.9 m45.6 ft2.2 m7.3 ft
10 m33 ft27.8 m91.1 ft4.5 m14.7 ft
15 m49 ft41.7 m137 ft6.7 m22.0 ft
20 m66 ft55.6 m182 ft8.9 m29.3 ft
30 m98 ft83.3 m273 ft13.4 m44.0 ft

Calculated from the horizontal field of view in the specifications below: width = 2 × distance × tan(FOV ÷ 2). Lens distortion and mounting angle are not included.

Who uses it, where it goes and how to install it

Written for the TIC3612SA-F2/F3/F7-4F#AC-I1 from the official datasheets: 256 × 192 thermal channel with 2.1, 3.0 or 7.0 mm lens, 4 MP optical channel, fire and temperature alarms, compact IP67 dome, PoE 802.3af.

Who it is for

  • Equipment rooms, battery and cable areas — The F2 version sees 88.8° wide in thermal, which suits a room or a row of cabinets seen from close. Temperature alarms (-20 to 150 °C or 100 to 550 °C, ±8 °C or ±8%) flag a cabinet, battery string or cable tray that runs hotter than normal.
  • Warehouses and fire-risk storage — Thermal fire detection catches a 0.1 × 0.1 m fire at 9 m (F2), 13 m (F3) or 29 m (F7), and the optical smog recognition helps confirm it. The dome shape fits under canopies and loading-bay roofs.
  • Building perimeters and unlit yards — Intrusion and crossline rules run on both channels with human/vehicle classification; in total darkness the thermal channel detects a person at 21 m (F2), 30 m (F3) or 70 m (F7).
  • Installers who want one small unit and one cable — Φ129 × 114 mm and about 0.72 kg, PoE 802.3af (max 12 W), two video channels under one IP address, ONVIF Profile S/G/T, 2/2 alarm I/O and a built-in mic and speaker.

Where and how to install

  • Distance decides the version — Temperature readings need the target close: 3.5 m (F2), 8 m (F3), 20 m (F7) for a 0.1 × 0.1 m spot. Fire is detected at 9/13/29 m and a person at 21/30/70 m. Choose the version by the farthest thing you must measure, not only by what you want to see.
  • Aim with the thermal frame — The thermal view is narrower than the optical view (F2: 88.8° vs 108.5°; F7: 25.2° vs 49.1°). Adjust the dome while watching the thermal stream and draw alarm zones there; what is only at the edge of the optical image is not covered by thermal alarms.
  • No glass, no hot clutter — Do not mount it behind a window or inside a glass enclosure: glass blocks thermal. Keep lamps, heaters, air-conditioner units, engine exhausts and sun-lit metal out of the fire and temperature zones, or exclude them with the fire shield area.
  • Brackets for each surface — Ceiling or soffit: direct mount, with junction box TR-JB03-H-IN when the cable comes from behind. Wall: TR-WM03-B-IN, or TR-JB07/WM03-F-IN with a back hole for the cable. Corner: TR-UC08-C. Pole: TR-UP06-IN. Mount at about 2.5–3.5 m for doors and yards.
  • Power, cable and weather — PoE 802.3af or DC 12 V (Ø5.5 mm plug); reserve 12 W per camera on the switch and keep each Cat5e/Cat6 run within 100 m. It is IP67, works from -40 °C to 70 °C and has 6 kV surge protection; seal the cable entry with the TR-A01-IN gland and add an external surge protector on exposed poles.

F2, F3 or F7: what each thermal lens covers

Same dome, same 256 × 192 thermal sensor; only the lens pair changes. The F2 covers 19.6 m of width at 10 m but detects a person only to 21 m; the F7 reaches 70 m but is 4.5 m wide at 10 m. Thermal shows heat: it finds people, vehicles, hot spots and fire in darkness, smoke or glare, but it cannot show faces, colors or plates and cannot see through glass. The optical channel does that, within its identify distance.

F2 · 2.1 mm thermal / 2.6 mm opticalF3 · 3.0 mm thermal / 4.0 mm opticalF7 · 7.0 mm thermal / 6.0 mm optical
Thermal horizontal view angle88.8°58.0°25.2°
Thermal width covered at 5 m9.8 m5.5 m2.2 m
Thermal width covered at 10 m19.6 m11.1 m4.5 m
Person detection (1.8 × 0.5 m)21 m30 m70 m
Vehicle detection (4 × 1.4 m)42 m60 m140 m
Fire detection (0.1 × 0.1 m fire)9 m13 m29 m
Temperature measurement (0.1 × 0.1 m target)3.5 m8 m20 m
Optical horizontal view angle108.5°74.9°49.1°
Optical: identify a face up to5.9 m9.0 m13.5 m
Optical IR distance30 m30 m30 m
  • Pick F2 for rooms, doorways and cabinet rows seen from close: 9.8 m of thermal width at 5 m; temperature readings only up to 3.5 m.
  • Pick F3 for most yards and building sides: 11.1 m wide at 10 m, a person detected at 30 m and fire at 13 m.
  • Pick F7 for a straight fence or a stack yard: a person at 70 m, fire at 29 m and temperature up to 20 m, but only 4.5 m wide at 10 m.

Widths are calculated from the thermal horizontal view angle (width = 2 × distance × tan(angle ÷ 2)). Detection, fire and temperature distances are the manufacturer's alarm values for the stated target sizes in good weather; heavy rain or dense fog shortens them.

Full Specifications

Complete official specifications from the manufacturer's datasheets for all three lens variants (technical values in English). Each block follows the source layout: Optical channel | Thermal channel.

Colored badges show the value for each of the three lens variants:F2 = 2.1 mm thermalF3 = 3.0 mm thermalF7 = 7.0 mm thermal

Camera

ParameterOpticalThermal
Original ResolutionN/A256 × 192
Sensor1/2.8" CMOSVanadium oxide uncooled focal plane arrays
Min. IlluminationF2: Colour 0.01 Lux (F1.6,AGC ON), B/W 0.005 Lux, 0 Lux with IRF3: Colour 0.003 Lux, B/W 0.002 Lux, 0 Lux with IRF7: Colour 0.003 Lux, B/W 0.002 Lux, 0 Lux with IRN/A
Day/NightIR-cut filter with auto switch (ICR)N/A
Pixel SizeN/A12 um
NETD—< 50 mk@F1.0@25 °C
ShutterAuto/Manual, 1 to 1/100000 s
WDR120 dB
S/N>56 dB

Lens

ParameterOpticalThermal
Focal LengthF2 2.6 mmF3 4.0 mmF7 6.0 mmF2 2.1 mmF3 3.0 mmF7 7.0 mm
IrisF1.6F1.0
Field of View (H)F2 108.5°F3 74.9°F7 49.1°F2 88.8°F3 58.0°F7 25.2°
Field of View (V)F2 70.7°F3 44.4°F7 26.9°F2 63.7°F3 42.5°F7 19.3°
Field of View (D)F2 133.5°F3 97.4°F7 60.4°F2 109.2°F3 72°F7 31°

DORI (Optical Channel)

ParameterOpticalThermal
DORI Distance (Detect)F2 58.5 m (191.9 ft.)F3 90.0 m (295.3 ft.)F7 135.0 m (442.9 ft.)N/A
DORI Distance (Observe)F2 23.4 m (76.8 ft.)F3 36.0 m (118.1 ft.)F7 54.0 m (177.2 ft.)N/A
DORI Distance (Recognize)F2 11.7 m (38.4 ft.)F3 18.0 m (59.1 ft.)F7 27.0 m (88.6 ft.)N/A
DORI Distance (Identify)F2 5.9 m (19.2 ft.)F3 9.0 m (29.5 ft.)F7 13.5 m (44.3 ft.)N/A

Illuminator

ParameterOpticalThermal
Wavelength750 nmN/A
Illumination Distance (IR)30 mN/A
Light On/Off ControlAuto/ManualN/A

Video

ParameterOpticalThermal
Frame Rate4MP (2688×1520), Max 30 fps960P (1280×960), Max 30 fps
Video CompressionUltra 265, H.265, H.264, MJPEG
Video Bit Rate128 Kbps to 16 Mbps
U-codeSupport
ROISupport
Video StreamTriple streams
OSDUp to 8 OSDs
Privacy MaskUp to 8 areas (8 blacks / 8 mosaics)N/A

Image

ParameterOpticalThermal
White BalanceAuto, Outdoor, Fine tune, Sodium lamp, Locked, Auto2N/A
Digital Noise Reduction2D/3D DNR
HLCSupportN/A
BLCSupportN/A
FlipNormal, Flip vertical, Flip horizontal, 180°, 90° Clockwise, 90° Anti-clockwise
DefogDigital defogN/A
PaletteN/Alava, medical, arctic, mazarine, fusion, rain, puce, white hot, iron oxide red, hot iron, rainbow 1, rainbow 2, rainbow 3, depict hot, ice hot, black hot, red hot, green hot, color 1, color 2

Intelligent

ParameterOpticalThermal
Smart Intrusion PreventionCross line detection, intrusion detection, enter area detection, leave area detection (support false alarm filtering and the classification of human, non-motor vehicle and vehicle)Cross line detection, intrusion detection, enter area detection, leave area detection (support false alarm filtering and the classification of human and vehicle)
Smoke DetectionSupportN/A
Temperature Measurement AccuracyN/A±8 °C (±14.4 °F) or ±8% (whichever is greater)
Temperature RangeN/ASelectable between -20 °C to 150 °C (-4 °F to 302 °F) and 100 °C to 550 °C (212 °F to 1022 °F)
Detection Distance for Vehicles (4×1.4 m)N/AF2 42 mF3 60 mF7 140 m
Detection Distance for Personnel (1.8×0.5 m)N/AF2 21 mF3 30 mF7 70 m

Events

ParameterOpticalThermal
Fire DetectionN/ASupport
Basic DetectionMotion detection, Tampering alarm, Audio detectionN/A
General FunctionWatermark, IP address filtering, Access policy, ARP protection, RTSP authentication, User authentication, HTTP authentication, Alarm input, Alarm output
Detection Distance for Fire (0.1×0.1 m)N/AF2 9 mF3 13 mF7 29 m
Detection Distance for Temperature (0.1×0.1 m)N/AF2 3.5 mF3 8 mF7 20 m

Audio

ParameterOpticalThermal
Audio CompressionG.711U, G.711A
Audio Bitrate128 Kbps
Two-way AudioSupport
SuppressionSupport
Sampling Rate16 KHZ

Storage

ParameterOpticalThermal
Edge StorageMicroSD, up to 512 GB
Network StorageANR

Network

ParameterOpticalThermal
ProtocolsIGMP, RTP, SMTP, IPv4, IPv6, ICMP, ARP, TCP, UDP, DHCP, PPPoE, RTSP, RTCP, RTMP, DNS, DDNS, NTP, FTP, UPnP, HTTP, HTTPS, 802.1x, SNMP, QoS, SSL/TLS, SSH
Compatible IntegrationONVIF (Profile S, Profile G, Profile T), API, SDK
User/HostUp to 32 users. 3 user levels: administrator, common user and operator
ClientEZStation, UNV-Link, UNV-Link Pro
Web BrowserPlug-in required live view: IE 10+, Chrome 45+, Firefox 52+, Edge 79+

Interface

ParameterOpticalThermal
Built-in MicSupport
Built-in SpeakerSupport
Audio I/O1 Input: impedance 1 kΩ, amplitude 2.5 V [p-p], 1 Output: impedance 600 Ω, amplitude 2 V [p-p]
Alarm I/O2/2
Serial Port1 × RS485
Network1 × RJ45 10 M/100 M Base-TX Ethernet
Video OutputN/A1 BNC (for debugging)

Certification

ParameterOpticalThermal
EMCCE-EMC (EN 55032:2015+A1:2020, EN 61000-3-3:2013+A1:2019, EN IEC 61000-3-2:2019+A1:2021, EN 50130-4:2011+A1:2014); FCC (FCC CFR 47 part15 B, ANSI C63.4-2014)
SafetyCE LVD (EN IEC 62368-1:2020+A11:2020); UL (UL 62368-1, 2nd Ed., Issue Date: 2014-12-01)
EnvironmentCE-RoHS (2011/65/EU; (EU)2015/863); WEEE (2012/19/EU); Reach (Regulation (EC) No 1907/2006)
ProtectionIP67 (IEC 60529:1989+AMD1:1999+AMD2:2013)

General

ParameterOpticalThermal
PowerDC12V (±25%), PoE (IEEE802.3af)
Power ConsumptionMax 12 W
Power InterfaceØ5.5 mm coaxial power plug
DimensionsΦ129 × 114 mm (Φ5.08" × 4.49") (Φ × H)
WeightF2 0.72 kgF3 0.72 kgF7 0.73 kg (1.6 lb.)
Working Environment-40 °C to 70 °C (-40 °F to 158 °F), Humidity: ≤ 95% RH (non-condensing)
Storage Environment-40 °C to 70 °C (-40 °F to 158 °F), Humidity: ≤ 95% RH (non-condensing)
Surge Protection6 KV
Reset ButtonSupport
RTCSupport
Web Client Language22 Languages: Traditional Chinese, English, Simplified Chinese, Polish, German, Russian, French, Korean, Dutch, Czech, Portuguese (Europe), Portuguese (Brazil), Japanese, Thai, Turkish, Spanish (Latin America), Spanish (Europe), Hungarian, Italian, Vietnamese, Arabic, Slovak

Live View

ParameterOpticalThermal
Maximum Bitstream35
Maximum Bandwidth50 Mbps
OSD FontVector
OSD ColorSupport
OSD Character Number40

Other

ParameterOpticalThermal
Corridor ModeSupport
Software VersionQ6202

Dimensions

Engineering drawing reproduced 1:1 from the official datasheet — identical body across all three lens variants.

TIC3612SA dimensions
unit: mm (in.)
DimensionsΦ129 × 114 mm (Φ5.08" × 4.49") (Φ × H)
WeightF2 0.72 kgF3 0.72 kgF7 0.73 kg (1.6 lb.)
Power InterfaceØ5.5 mm coaxial power plug
Working Environment-40 °C to 70 °C (-40 °F to 158 °F), Humidity: ≤ 95% RH (non-condensing)

Optional Mounting Accessories

Order together with the camera to save shipping. Identical accessory list across all three lens variants.

TR-JB03-H-INJunction box for metal turret camera (support wiring from behind)
TR-JB07/WM03-F-INWall mounting assembling bracket with back hole for 3 inch hemisphere
TR-A01-INNPT 3/4" waterproof cable gland
TR-WM03-B-INWall mounting assembling bracket for 3 inch hemisphere
TR-UP06-INUniversal pole mounting bracket
TR-UC08-CBullet & dome corner mounting bracket

Thermal Dome Camera FAQ — TIC3612SA Series

What thermal lens options does the TIC3612SA offer?
Three: the 2.1 mm (F2) detects a vehicle at 207 m, the 3.0 mm (F3) at 296 m and the 7.0 mm (F7) at 690 m. Pick F2 for wide indoor or yard coverage and F7 for long corridors, fence lines or cable trays.
Can it raise a fire alarm automatically?
Yes — the radiometric thermal channel measures temperature with ±8 °C accuracy and triggers fire and temperature alarms on its own, so an overheating panel, motor or stockpile raises an event before visible flames, day or night, in smoke or darkness.
What does the optical channel provide?
A 1/2.8-inch CMOS at 4MP (2688×1520), 30 fps with 120 dB WDR for visual verification. Optical DORI detect range is 58.5 m on the F2, 90 m on the F3 and 135 m on the F7, and 750 nm IR reaches 30 m for discreet night checks.
How does the optical side perform in low light?
Colour sensitivity depends on the lens version: 0.01 lux on the F2 and 0.003 lux on the F3, dropping to black-and-white and then 0 lux operation once IR switches on. 2D/3D noise reduction, HLC, BLC and digital defog are all included.
How heavy are the video streams for remote sites?
Compression options are Ultra 265, H.265, H.264 and MJPEG with bit rate configurable from 128 Kbps to 16 Mbps, plus triple streams, ROI and U-code — so sites with limited uplink bandwidth can still view and record both the thermal and optical channels.
How close must equipment be for the TIC3612SA to measure its temperature?
For a 0.1 × 0.1 m hot spot the rated distance is 3.5 m with F2, 8 m with F3 and 20 m with F7. Larger hot surfaces can be read from farther, but beyond these distances a small spot covers too few thermal pixels and the reading drops below the real temperature. Accuracy is ±8 °C or ±8%, whichever is greater, so set alarm thresholds with a margin.
Can the TIC3612SA identify faces or number plates in the thermal image?
No. The 256 × 192 thermal image shows heat shapes, so it tells you that a person or vehicle is there, not who. Faces come from the 4 MP optical channel: identify up to 5.9 m (F2), 9.0 m (F3) or 13.5 m (F7). For plates use a camera dedicated to the lane.
Can I install the TIC3612SA behind a window or in heavy rain and fog?
Not behind a window: ordinary glass blocks the thermal image, so mount it outside; it is IP67 and works from -40 °C to 70 °C. Smoke and light fog are where thermal is better than the optical channel. Heavy rain, dense fog or water on the window reduce thermal contrast and shorten detection distances, so on exposed sites choose a lens with margin over the distance you need.
Will the TIC3612SA work with my Hikvision, Dahua or other third-party NVR?
For live view and recording, usually yes: it supports ONVIF Profile S, G and T and RTSP. Both channels share one IP address, and some third-party NVRs only add the first one, so check that yours adds both. Fire, temperature and dual-spectrum intrusion events are fully supported on Uniview NVRs and the EZStation client and may be limited elsewhere; send us your NVR model and we will confirm before you order.
What causes false fire alarms on the TIC3612SA and how do I reduce them?
Typical causes are sunlight reflected from metal, glass or water, hot engines and exhausts, lamps, heaters and cooking or welding inside the zone. Keep them out of the thermal frame or cover them with the fire shield area, keep the zone only as large as needed, and use the optical smog recognition to reconfirm before sending staff.
Should I choose the TIC3612SA dome or the TIC2A32SA bullet?
Both use the same 256 × 192 thermal sensor, and the F3 and F7 versions have the same thermal distances (person 30 m / 70 m). Pick the TIC3612SA dome for ceilings, canopies and close-range rooms: it is about 0.72 kg and offers the extra-wide F2 (88.8° thermal). Pick the TIC2A32SA bullet for poles and long perimeters: it adds the F10 version (person 100 m, vehicle 200 m) and stronger optical IR (40–50 m versus 30 m on this dome).

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