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15-300mm F4 Cooled Continuous Zoom Medium Wave Refrigeration Thermal Imaging Camera System

Name: 15-300mm F4 Cooled Continuous Zoom Medium Wave Refrigeration Thermal Imaging Camera System
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Product Description

1.1 Detector

Detector	MCT 640 ×512
Spectral range	3.7 ~4.8μm
Pixel pitch	15μm
Cooling method	Stirling Refrigerator

1.2 Lens

Focal length	15 ㎜～300 ㎜ continuous zoom
F	4

1.3 Performance

FOV range	1.83°(H) ×1.46°（V）to 36.5°(H) ×29.2°（V）
Cooling time	≤8 minutes in normal temperature
Video Output	standard PAL format analog video signal
Frame Frequency	50Hz
NETD	≤25mk@25℃
Power source	DC 24 ~32 V, with power reverse polarity protection
Power consumption	≤15W@25℃, steady state ≤30W@25℃, start-up peak
Operation Temperature	-30℃~55℃
Storage Temperature	-40℃~70℃

Table 1. Connector (HARWIN:M80-5401605) pin definitions

Pin Number	Definitions
1,9	Power +, input
2,10	Power -, input
3	Video + output
11	Video GND
4	RS422_A
12	RS422_B
5	RS422_Z
13	RS422_Y
6	RS232_RX
14	RS232_TX
7	GND
15	GND
8	SER_LVDS_OUT-
16	SER_LVDS_OUT+

4.1 Electrical Interface Description for Communication
Channel
Communication between the thermal infrared imager and the host is
achieved via an RS232 asynchronous serial communication interface,
whose serial port setting is as follows:
Baud rate: 19200 bps
Start bits 1 bit
Stop bits: 1 bit
Verification: None
Data bits: 8 bit
The parameters listed above may be different in practice, subject to requirement of the client.
4.2 Software Interface Description for Communication
Protocol
a) The host controls the certain action of the thermal infrared imager
by sending commands to the thermal infrared imager through the serial
port; communication command is sent in given packet format; if theinterval between characters of the packet sent from the host to
the thermal
infrared imager is over 10ms, the imaging system may decline to
implement the command.
b)
Packet Protocol
Packet protocol is defined in Figure 4: Packet Protocol.

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15-300mm F4 Cooled Continuous Zoom Medium Wave Refrigeration Thermal Imaging Camera System

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