Xvision VIS338D Instruction manual
Xvision VIS338D is a color varifocal dome camera designed for high-risk applications. It offers super high-resolution 550 TVL images from its Sony 1/3" HQ1 Super HAD CCD sensor and Xvision Pixel+ Varifocal lens, which allows easy selection of the optimum viewing angle required during installation and will provide images in light levels as low as 0.2 lux. The camera is designed for internal use and ceiling mounting. Some of its features include:
- Super High-Resolution CCD sensor provides great quality Color images in light levels of 0.2 lux and above
- Discreet styling for unobtrusive low-profile use
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CCTV
TECHNICAL SUPPORT:
For Technical Support for any Xvision product please contact your local distributor.
LIMITED WARRANTY:
This product is supplied with a 2 Year warranty. The Warranty excludes products that have been misused, (including accidental damage) and damage caused by normal wear and tear. In the unlikely event that you encounter a problem with this product, it should be returned to the place of purchase.
Manufactured exclusively for:
Xvision (Europe) Group,
Head Office: London, U.K.
Email: [email protected]
Web: www.x-vision.co.uk
CCTV
Model:
VIS338D
Colour Varifocal Dome
Camera
Before you begin
•
Please unpack the box carefully and identify that all the parts are present.
The camera is suitable for indoor or outdoor use. Please bear in mind the following points when choosing a mounting position.
•
The camera must be positioned so that it will not point directly into the sun (sunrise and sunset) or any bright light, as this may cause damage to the camera.
•
Avoid viewing areas where half the area is in bright sunlight and the other half is dark, such as in the shadow of a building. All types of cameras have difficulty in ‘seeing’ with such a large lux level variation.
•
Do not cut the camera cables, this will void the warranty.
•
Make sure you use only the recommended power supply. Damage caused to the camera by incorrect voltage or wiring is not covered by the warranty.
Model:
VIS338D
Colour Varifocal Dome Camera
Package Contents
1 2 3
1. Instruction Manual
2. VIS338D Dome Camera
3. Plastic Bag- containing
4x fixing screws,
1x retaining screw
2. Product Description
THANK YOU VERY MUCH FOR PURCHASING OUR PRODUCT
The VIS338D colour varifocal dome camera is designed for high risk applications. It offers super high resolution 550 TVL images from its
Sony 1/3" HQ1 Super HAD CCD sensor and Xvision Pixel+ Varifocal lens which allows easy selection of the optimum viewing angle required during installation, and will provide images in light levels as low as 0.2
lux. The camera is designed for internal use and ceiling mounting.
3. Features
• Super High Resolution CCD sensor provides great quality Colour images in light levels of 0.2 lux and above
• Discreet styling for unobtrusive low profile use
• Tamper resistant and easy to clean as all moving parts are behind the dome cover
• Sony 1/3" HQ1 Super HAD CCD image sensor for 550 TVL resolution images and 0.2 lux low light sensitivity
Specifications
Model:
Picture Type:
VIS338D
Colour
Image Sensor:
DSP:
Resolution:
Lens Viewing Angle:
Infra Red Nightvision:
Minimum Illumination:
Audio:
Operating Voltage:
Sony 1/3” HQ1 Super HAD CCD
Xvision IXC1HQE
550 TVL
23 to 90°
No
0.2 Lux
No
12V DC 145mA
Suggested Power Supply: 12V DC 300mA Regulated
Mounting: Ceiling
Weatherproofing:
Dimensions (ØxD):
No
140x81mm
Inside Control Board
(Colour Normal Resolution)
F.L.: Flickerless On/OFF
AGC: Auto Gain Control High/Low
AES: Auto Electronic Shutter
LLC: Back Light Compensation
VR Adjustment Level for DC Drive Lens
• Xvision IXC1HQE Digital Signal Processing (DSP) chip which has been optimised for internal viewing and features Automatic Gain Control,
Automatic Electronic Iris, Auto White Balance, Back Light Compensation,
Low Smear, Edge Enhancement and Zero Colour Rolling
• Xvision Pixel+ Varifocal 3.3 to 12.0mm Auto Iris lens with 23° to 90° viewing angle for super sharp images and easy selection of the optimum viewing angle during installation
• Designed for internal use and ceiling mounting
Installation
STEP 1: Select a suitable position on the ceiling to install the camera.
STEP 2: Rotate the dome housing counterclockwise to remove it from the mounting base (as shown in Figure 1).
7 DIP Switch Setting
7.1 Flickerless Function- Set switch -OFF/FL to Flicker to enable flickerless function. In this mode the switch AES/OFF is auto disabled.
7.2 AGC-Hi/AGC-Lo Function- Adjusting the switch to AGC indicates
AGC-Hi and in the OFF position indicates AGC-Low. In AGC-Hi mode, the maximum AGC gain is approximately 26dB. In AGC-Lo mode, the maximum AGC gain is approximately 16dB.
7.3 Auto Iris Function- When using an Auto Iris lens the switch
AES/OFF should be in the OFF position to disable the AES function. Adjust the LEVEL with the VR to the proper level.
7.4 BLC Function- Set switch OFF/BLC to BLC position to enable
Back Light Compensation (BLC) function
Figure 1
STEP 3: Position the mounting base on to the ceiling and centre it over the mounting hole. Fix with the four fixing screws (supplied). Allow the cable connnectors to pass through (as shown in Figure 2).
Figure 2
STEP 4: Set the final image position by moving the camera body (some model types limit the PCB board to 180° rotational adjustment) and set the focus by turning the lens to the left or right. When the camera focus adjustment is complete, replace the dome housing by rotating clockwise to secure it (as shown in Figure 3).
Figure 4
STEP 6:
6.1 Connect the Video Output to the monitor or other video device through a 75 Ohms type coaxial cable.
6.2 Connect the DC Jack or AC/DC Terminator with the power source.
Figure 5
6.3 Once the picture appears on the monitor, open the cover and make the Zoom Adjustment by rotating the screw (NEAR-Anti-clockwise,
FAR-Clockwise) until you get the desired view. Next make the Focal
Adjustment by rotating the screw (TELE-Anti-clockwise, WIDE-
Clockwise) until you get the desired view. After adjustment tighten both.
Figure 3
STEP 5: Secure the dome to the base of the camera by using the retaining screw supplied (as shown in Figure 4).
Figure 6

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