AI and N8N

Kamera

Comparison – Optris Xi 410 LT vs Xi 80 LT (all optics)

Category / Parameter Xi 410 LT Xi 80 LT
18°×12°
41LTF20T090 		29°×18°
41LTF13T090 		53°×31°
41LTF08T090 		80°×44°
41LTF06T090 		12°×12°
80LTF13T090 		30°×30°
80LTF05T090 		55°×55°
80LTF03T090 		80°×80°
80LTF02T090
DETECTOR
Optical resolution 382×240 pixels 80×80 pixels
Pixel pitch 17 µm 34 µm
Detector Uncooled bolometer (FPA)
Spectral range 8–14 µm LT: 8–14 µm
Optical filter No Optional: CO₂ 10.6 µm
Frame rate Ethernet: 25 Hz
USB: 4 Hz
Autonomous: 1.5 Hz 		50 Hz
OPTICAL
Field of View (FOV) 18°×12° 29°×18° 53°×31° 80°×44° 12°×12° 30°×30° 55°×55° 80°×80°
Focal length [mm] 20 13 8 6 12.7 5.1 3.1 2.3
F-number 1.1 0.9 0.9 0.9 0.9 1.0 0.9 0.9
Optical resolution (D:S) 384:1 238:1 128:1 78:1 190:1 72:1 38:1 23:1
Min. distance to target 350 mm 350 mm 250 mm 200 mm 300 mm 200 mm 200 mm 200 mm
Interchangeable optics No No
MEASUREMENT
Object measurement range –20…100 °C, 0…250 °C,
(20) 150…900 °C1),
200…1500 °C2) (option) 		–20…100 °C,
0…250 °C,
(20) 150…900 °C1)
Accuracy ±2 °C or ±2 %, whichever is greater
Thermal sensitivity (NETD) 60 mK 100 mK
Smallest detectable spot (IFOV 1 pixel) 0.3 mm 0.5 mm 0.7 mm 0.8 mm 0.8 mm 1.4 mm 2.7 mm 4.3 mm
Smallest measurable spot (MFOV) 0.9 mm 1.5 mm 2.1 mm 2.4 mm 1.6 mm 2.8 mm 5.4 mm 8.6 mm
MFOV measurement field of view 3×3 pixels 2×2 pixels
Warm-up time 10 min
Emissivity / Transmissivity / Reflectivity adjustable: 0.100…1.100
INTERFACES
Electrical interfaces USB 2.0
Ethernet (100 Mbit/s)
RS485 		USB 2.0
Ethernet (100 Mbit/s) / PoE
RS4852)
Supported protocols USB, Ethernet (Static), RS485, Serial Communication
Optional: Ethernet/IP, ProfiNet, Modbus TCP 		USB, Ethernet (Static), RS4852), Serial Communication
Optional: Ethernet/IP, ProfiNet, Modbus TCP, Ethernet TCP
Compatible software PIXConnect, EasyComm, ConnectSDK, EasyAPI, DirectSDK, RTSP PIXConnect, EasyComm, ConnectSDK, EasyAPI, DirectSDK
ANALOG INPUT / OUTPUT
Direct output / input 1× analog output (0/4–20 mA), 1× input (analog or digital); optically isolated
Optional PIF (Industrial Process Interface) 3× analog outputs (0/4–20 mA or 0–10 V) or alarm OUT (relay)
3× inputs (analog or digital) / fail-safe (LED and relay)
Stackable up to 3 PIFs; optically isolated
Cable length Ethernet / RS485: 20 m (extendable up to 100 m)
USB: 1 m (standard), 3 m, 5 m 		Ethernet / RS485: 20 m (extendable up to 100 m)
USB: 1 m (standard), 3 m, 5 m
IMAGE PROCESSING
Configuration via PIXConnect
Operation Autonomous standalone and/or computer-enabled
Capabilities Autonomous temperature evaluation of areas of interest,
Linescanner, EventGrabber, Merger, Alarming, Comparison Functions
GENERAL
Size Ø 36 mm × 100 mm, thread: M30×1
Housing material Stainless steel
Weight 216–220 g (depending on lens, without bracket) 210 g (without bracket)
Tripod 1/4-20 UNC
Focus Motorized
Country of origin Germany
ENVIRONMENTAL & CERTIFICATIONS
Operating temperature 0…50 °C 0…50 °C
Storage temperature –40…70 °C –40…70 °C
Relative humidity 10–95 %, non-condensing
Protection class IP67, NEMA-4
EMC 2014/30/EU
Shock IEC 60068-2-27 (25 G and 50 G)
Vibration IEC 60068-2-6 (sinus shaped), IEC 60068-2-64 (broadband noise)
Standards CE, UKCA, RoHS
POWER
Power supply USB or Power over Ethernet or 5–30 VDC
Power consumption max. 2.5 W
1) Accuracy statement effective from 150 °C
2) If 200…1500 °C option is ordered (Xi 410), the (20)150…900 °C range is not available.
3) For Xi 80: direct out- and inputs are not available while using the RS485 interface.

Dokumentacja techniczna Optris Xi 410 LT i Xi 80 LT

Typ dokumentu Opis Xi 410 LT Xi 80 LT
KARTY TECHNICZNE (DATA SHEETS)
Technical Data Sheet Pełna specyfikacja techniczna kamery
INSTRUKCJE OBSŁUGI (MANUALS)
Operating Manual Szczegółowa instrukcja obsługi kamery
PIX Connect Software Manual Instrukcja oprogramowania PIX Connect
AKCESORIA I INTERFEJSY
Accessories Overview Przegląd dostępnych akcesoriów i interfejsów
Interface Overview Przegląd interfejsów komunikacyjnych
NOTATKI TECHNICZNE
Network Requirements Wymagania sieciowe dla systemów wielokamerowych 
flowchart TD
    %% Zasilanie
    UPS["fa:fa-bolt UPS 650 VA<br/>230V"]
    CONV["fa:fa-exchange-alt Konwerter<br/>230V AC → 24V DC"]
    
    %% Kamery termowizyjne - X410
    KAM1["fa:fa-video KAM1<br/>X410"]
    KAM2["fa:fa-video KAM2<br/>X410"]
    KAM3["fa:fa-video KAM3<br/>X410"]
    KAM6["fa:fa-video KAM6<br/>X410"]
    KAM7["fa:fa-video KAM7<br/>X410"]
    KAM8["fa:fa-video KAM8<br/>X410"]
    
    %% Kamery termowizyjne - X180
    KAM4["fa:fa-video KAM4<br/>X180"]
    KAM5["fa:fa-video KAM5<br/>X180"]
    KAM9["fa:fa-video KAM9<br/>X180"]
    KAM10["fa:fa-video KAM10<br/>X180"]
    
    %% Sieć
    SWITCH["fa:fa-network-wired Switch Ethernet<br/>16P L2/L4 Gigabit<br/>10/100/1000"]
    
    %% Jednostki sterujące
    PLC["fa:fa-microchip PLC SIMATIC S7-1200<br/>CPU 1214C DC/DC/DC"]
    COMP["fa:fa-desktop Komputer DELL<br/>Optiplex 7020 MFF<br/>SOFTWARE DARGOM"]
    
    %% Karty wejść/wyjść
    DIDO["fa:fa-sliders Karta DI/DO<br/>Wejścia/Wyjścia binarne"]
    AI["fa:fa-wave-square Karta AI<br/>Wejścia analogowe<br/>4..20mA"]
    
    %% Czujniki - Binarne
    CUM["fa:fa-exclamation-triangle CUM<br/>Czujnik uszkodzenia membrany<br/>REFLEX MBM II"]
    T1AB["fa:fa-tint T1.AB<br/>Sonda poziomu - przelew<br/>SKC-201.95.G"]
    T12["fa:fa-water T1.2<br/>Czujnik przepływu >38 LPM<br/>VSR-S EU"]
    
    %% Czujniki - Analogowe
    T1P1["fa:fa-gauge T1.P1<br/>Czujnik ciśnienia<br/>PC-28/PZH"]
    T1P2["fa:fa-gauge T1.P2<br/>Czujnik ciśnienia<br/>PC-28/PZH"]
    T1CD["fa:fa-ruler-vertical T1.CD<br/>Sonda poziomu wody<br/>SG-25/PU PZH"]
    
    %% Zawory
    T11["fa:fa-toggle-on T1.1<br/>Zawór zasilania zbiornika<br/>FMZK3ISO"]
    T13["fa:fa-toggle-on T1.3<br/>Zawór sekcji W1<br/>FMZK3ISO"]
    T14["fa:fa-toggle-on T1.4<br/>Zawór sekcji W2<br/>FMZK3ISO"]
    T15["fa:fa-toggle-on T1.5<br/>Zawór sekcji W3<br/>FMZK3ISO"]
    T16["fa:fa-toggle-on T1.6<br/>Zawór sekcji W4<br/>FMZK3ISO"]
    T17["fa:fa-toggle-on T1.7<br/>Zawór sekcji W5<br/>FMZK3ISO"]
    T18["fa:fa-toggle-on T1.8<br/>Zawór sekcji W6<br/>FMZK3ISO"]
    T19["fa:fa-toggle-on T1.9<br/>Zawór sekcji W7<br/>FMZK3ISO"]
    T110["fa:fa-toggle-on T1.10<br/>Zawór sekcji W8<br/>FMZK3ISO"]
    

    
    %% Połączenia kamer do switcha
    KAM1 -->|Ethernet| SWITCH
    KAM2 -->|Ethernet| SWITCH
    KAM3 -->|Ethernet| SWITCH
    KAM4 -->|Ethernet| SWITCH
    KAM5 -->|Ethernet| SWITCH
    KAM6 -->|Ethernet| SWITCH
    KAM7 -->|Ethernet| SWITCH
    KAM8 -->|Ethernet| SWITCH
    KAM9 -->|Ethernet| SWITCH
    KAM10 -->|Ethernet| SWITCH

    
    
    %% Switch do komputera i PLC
    SWITCH -->|Ethernet| COMP
    SWITCH -->|Ethernet| PLC

    
    
    %% PLC do kart
    PLC -->|24V DC| DIDO
    PLC -->|24V DC| AI
    
    %% Połączenia kart do czujników binarnych
    DIDO <-->|Sygnał binarny| CUM
    DIDO <-->|Sygnał binarny| T1AB
    DIDO <-->|Sygnał binarny| T12
    
    %% Połączenia kart do zaworów
    DIDO <-->|Sygnał binarny| T11
    DIDO <-->|Sygnał binarny| T13
    DIDO <-->|Sygnał binarny| T14
    DIDO <-->|Sygnał binarny| T15
    DIDO <-->|Sygnał binarny| T16
    DIDO <-->|Sygnał binarny| T17
    DIDO <-->|Sygnał binarny| T18
    DIDO <-->|Sygnał binarny| T19
    DIDO <-->|Sygnał binarny| T110
    
    %% Połączenia kart do czujników analogowych
    AI <-->|4..20mA| T1P1
    AI <-->|4..20mA| T1P2
    AI <-->|4..20mA| T1CD

    
    
    %% Styling - Zasilanie
    style UPS color:#FFFFFF, fill:#FF9800, stroke:#FF9800
    style CONV color:#FFFFFF, fill:#FF9800, stroke:#FF9800
    
    %% Styling - Kamery
    style KAM1 color:#FFFFFF, fill:#2196F3, stroke:#2196F3
    style KAM2 color:#FFFFFF, fill:#2196F3, stroke:#2196F3
    style KAM3 color:#FFFFFF, fill:#2196F3, stroke:#2196F3
    style KAM4 color:#FFFFFF, fill:#2196F3, stroke:#2196F3
    style KAM5 color:#FFFFFF, fill:#2196F3, stroke:#2196F3
    style KAM6 color:#FFFFFF, fill:#2196F3, stroke:#2196F3
    style KAM7 color:#FFFFFF, fill:#2196F3, stroke:#2196F3
    style KAM8 color:#FFFFFF, fill:#2196F3, stroke:#2196F3
    style KAM9 color:#FFFFFF, fill:#2196F3, stroke:#2196F3
    style KAM10 color:#FFFFFF, fill:#2196F3, stroke:#2196F3
    
    %% Styling - Sieć i sterowanie
    style SWITCH color:#FFFFFF, fill:#9C27B0, stroke:#9C27B0
    style PLC color:#FFFFFF, fill:#F44336, stroke:#F44336
    style COMP color:#FFFFFF, fill:#4CAF50, stroke:#4CAF50
    
    %% Styling - Karty
    style DIDO color:#FFFFFF, fill:#00BCD4, stroke:#00BCD4
    style AI color:#FFFFFF, fill:#00BCD4, stroke:#00BCD4
    
    %% Styling - Czujniki
    style CUM color:#FFFFFF, fill:#607D8B, stroke:#607D8B
    style T1AB color:#FFFFFF, fill:#607D8B, stroke:#607D8B
    style T12 color:#FFFFFF, fill:#607D8B, stroke:#607D8B
    style T1P1 color:#FFFFFF, fill:#795548, stroke:#795548
    style T1P2 color:#FFFFFF, fill:#795548, stroke:#795548
    style T1CD color:#FFFFFF, fill:#795548, stroke:#795548
    
    %% Styling - Zawory
    style T11 color:#FFFFFF, fill:#E91E63, stroke:#E91E63
    style T13 color:#FFFFFF, fill:#E91E63, stroke:#E91E63
    style T14 color:#FFFFFF, fill:#E91E63, stroke:#E91E63
    style T15 color:#FFFFFF, fill:#E91E63, stroke:#E91E63
    style T16 color:#FFFFFF, fill:#E91E63, stroke:#E91E63
    style T17 color:#FFFFFF, fill:#E91E63, stroke:#E91E63
    style T18 color:#FFFFFF, fill:#E91E63, stroke:#E91E63
    style T19 color:#FFFFFF, fill:#E91E63, stroke:#E91E63
    style T110 color:#FFFFFF, fill:#E91E63, stroke:#E91E63