User Manual
Table Of Contents
- ALL RIGHTS RESERVED
- Any and all information, including, among others, wordings, pictures, graphs are the properties of Hangzhou Hikvision Digital Technology Co., Ltd. or its subsidiaries (hereinafter referred to be “Hikvision”). This user manual (hereinafter referred to ...
- About this Manual
- Manual Illustrations and Features
- Trademarks Acknowledgement
- Legal Disclaimer
- Regulatory Information
- FCC Information
- FCC Conditions
- EU Conformity Statement
- Industry Canada ICES-003 Compliance
- Hikvision North America Privacy Policy
- What Information We Collect
- How We Collect and Use Your Information
- We may also use the information we collect for the following purpose:
- Cookies and Other Technologies
- How We Share Your Information
- Securing Your Personal Information
- Accessing, Correcting, and Retention of Your Personal Information
- Social Community Features and Social Networks
- Your Choices
- Children’s Privacy
- Global Operations
- Contact Us
- Mandatory Electrical Requirements
- Symbol Conventions
- Safety Instructions
- Table of Contents
- 1. Introduction
- 1.1. General
- 1.2. Box Contents
- 1.3. Top Interface
- 1.4. Top Interface
- 2. Operation
- 2.1. Battery Installation
- Use the original adaptor and connected device cable.
- When the battery icon is full or the charge indicator turns off automatically, battery charging is complete.
- When the charge indicator turns off, the battery is at approximately 90% of its capacity. The charging time can be extended for about 1 hour, and charging the battery within 12 hours will not damage it.
- Press the key for several seconds to restore the default settings when the instrument works abnormally.
- When using the multimeter function, the red and black leads must be inserted into the corresponding ports.
- Subjecting the instrument communication port to a circuit voltage over 6 V will damage the Tester.
- Do not insert the leads into the current terminals when measuring voltage.
- 2.2. Instrument Connection
- 2.2.1. IP Camera Connection
- If the IP camera requires a PoE power supply, connect the IP camera to the Tester’s LAN port. The Tester will supply PoE Power to the IP camera. Click on the PoE icon to turn the PoE Power on or off.
- When using Tester menu to turn the Tester’s PoE power supply on or off, the PoE switch and the power sourcing equipment can be connected to the Tester’s PSE port, and PoE power will be supplied to the IP camera using the Tester’s LAN port. The Tester ...
- A PoE switch or PSE power sourcing equipment can only be connected to the Tester via the PSE In port, otherwise the Tester can be damaged.
- 2.2.2. Connecting Analog Cameras
- 2.2.3. Connecting Coaxial HD Cameras
- 2.2.4. HDMI IN (Optional)
- 2.3. OSD Menu
- 2.3.1. Drop-Down Menu
- 2.3.2. Shortcut Menu
- 2.3.3. Screen Capture
- 2.3.4. TesterPlay
- 2.3.5. Rapid Video
- 2.3.6. IP Discovery
- 2.3.7. Rapid ONVIF Testing
- 2.3.8. IP Camera Testing
- Currently, the IP Camera Test Application supports only specific models manufactured by ACTI, AXIS, Dahua, Hikvision, Samsung, and certain other brands. Use the ONVIF or RTSP applications for unsupported cameras.
- When viewing video in the IP Camera Testing application, the “Video Menu” icon will be displayed in the top right-hand corner. This button provides access to the Snapshot, Record, Photo, Playback, PTZ, and Set functions. Return to the ONVIF section to...
- 2.3.9. HDMI IN (Optional)
- 2.3.10. Video Monitor Test
- Check and set the protocols, address, interface and baud rate. All values must be consistent with those of the dome camera. After parameters are set, the Tester is able to control the PTZ and the lens.
- Given that the resolution is 720 x 480 for zoomed in analog output, the images are not always clear.
- Zoomed in IP images have a resolution of 960 x 540 and are therefore very clear. This facilitates IP camera installation.
- 2.3.11. Color Bar Generator (TV OUT)
- 2.3.12. SDI Camera Test (Optional)
- 2.3.13. CVI Camera Test (Optional)
- 2.3.14. TVI Camera Testing (Optional)
- 2.3.15. AHD Camera Test (Optional)
- 2.3.16. Network Tool
- 2.3.17. Rapid IP Discovery
- 2.3.18. PoE Power - USB Power Output
- Do not input power into the “12 VDC/2A Output” port.
- Do not output 12 VDC/2A power into the Tester’s 12 VDC/In port, as this will damage the device.
- The Tester’s power output is close to 2A. For IP cameras with a power supply over 2 V, the Tester will automatically enter protection mode.
- Disconnect all of the Tester connections, and reconnect the Tester to the power adaptor to restart the Tester.
- Before turning on the PoE power output, make sure the IP camera supports PoE power. Otherwise, the IP camera may become damaged.
- Make sure to plug in the IP camera into the LAN port prior to turning on PoE power.
- Make sure the Tester is full charged, or at least 80% charged. Otherwise the, Tester will display a “Low Power” or “Not Able to Supply Power” message.
- 2.3.19. Cable Test
- 2.3.20. RJ-45 Cable TDR Test
- 2.3.21. Cable Search (Optional)
- The Blue Cable Identifier requires two AAA batteries.
- While the cable tracer is receiving an audio signal from the Tester, there may be interference from adjacent or crossing cables. However, the cable that makes the loudest noise is the one that is connected to the meter.
- The cable tracer battery must be connected according to the corresponding positive pole (+) and negative pole (-). Otherwise, the Tester will be damaged.
- While the cable tracer Tester is receiving an audio signal from the Tester, it may be influenced by other signals and make some noise.
- 2.3.22. TDR Cable Test (Optional)
- 2.3.23. PoE Voltage and Power Measurement
- This test is used for measuring the voltage drawn by the PoE node. The IP Tester must be located between the PoE switch and the PoE node for this test to work.
- The PoE switch must be connected to the PSE In port. The powered device (IP camera or other PoE node) must be connected to the LAN port.
- Do not connect PoE power supply equipment (such as a PoE switch) to the Tester’s UTP/SCAN port. Doing so will damage the Tester.
- 2.3.24. 12 V Power Input Test
- 2.3.25. Digital Multi-Meter (Optional)
- Turn off the tested circuit and connect the meter to the circuit for measurement.
- OL indicates the presence of an “over range” situation. A higher range must be selected.
- When the scale of the value to be measured is unknown beforehand, set the range selector to the highest position.
- The maximum current of an mA socket is 660 mA. Over current will destroy the fuse and will damage the Tester.
- The maximum current of the 10 A port is 10 A. Over current will destroy the Tester and will damage the operator.
- AC Mode only allows for “AC” inputs. Damage will result otherwise.
- When measuring in-circuit resistance, make sure that the circuit being tested is unplugged and that all capacitors have been fully discharged.
- The capacitance of a capacitor should be tested separately, and should not be tested on the circuit itself.
- To avoid electric shock, ensure that the capacitors have been discharged fully before measuring the capacitance.
- While testing the capacitance up to 660 µF, the maximum time will be 6.6 second. If the capacitor is damaged or has a leak, the data will not be read. The Tester will return to normal after the capacitor is disconnected.
- The 10 A socket is not equipped with a fuse to protect the device with over range currents. Using the 10 A socket to measure voltage will damage the meter.
- 2.3.26. Optical Power Meter (Optional)
- 2.3.27. Visual Fault Locator (Optional)
- 2.3.28. Audio Recording
- 2.3.29. Data Monitor
- 2.3.30. Audio Player
- 2.3.31. Media Player
- 2.3.32. RTSP Player
- 2.3.33. Hik Test Tool
- 2.3.34. Dahua Test Tool
- 2.3.35. Update
- 2.3.36. Office
- 2.3.37. LED Flashlight
- 2.3.38. Browser
- 2.3.39. Notepad
- 2.3.40. System Settings
- 2.3.41. File Explorer
- 2.3.42. Theme
- 2.3.43. Audio Test
- 2.3.44. PoE Power Output
- Ensure that the cable connected to the Tester’s LAN port is a straight-line cable and that there is no short circuit, otherwise the Tester will be damaged.
- Before using PoE power output, ensure that the IP camera supports PoE power. Otherwise, the IP camera will be damaged.
- The Tester’s maximum PoE power output is 24 W. If an ultra high-power load is connected, the Tester will enter protection mode.
- 2.3.45. HDMI Output
- 2.3.46. 12 VDC/2A Power Output
- Do not plug in any power sources into the Tester’s 12 VDC/2A OUTPUT port.
- Hikvision’s warranty does not cover damage due to human error.
- The IP Tester’s power output capacity is 2A. If more than 2A are supplied, the Tester will automatically enter protection mode.
- Disconnect all cables from the Tester and reboot it to resume use.
- The Tester’s power output is close to 2A. If the IP camera’s power is greater than 2V, the Tester will automatically enter protection mode. Disconnect all Tester connections and reconnect the Tester to the power adaptor to resume use.
- Make sure that the Tester is sufficiently charged. Otherwise, it will not be able to provide enough output power.
- 2.3.47. 5V/2A USB Power Output
- 3. Specifications
- 3.1. General Specifications
- 3.2. Multi-Meter Specifications
- 3.3. Optical Power Meter Specifications
- 3.4. Visual Fault Locator Specifications
UM IPC-4300H 040320NA 26
Figure 4, Connecting PoE Cameras
If the IP camera requires a PoE power supply, connect
the IP camera to the Tester’s LAN port. The Tester will
supply PoE Power to the IP camera. Click on the PoE icon
to turn the PoE Power on or off.
When using Tester menu to turn the Tester’s PoE power
supply on or off, the PoE switch and the power sourcing
equipment can be connected to the Tester’s PSE port,
and PoE power will be supplied to the IP camera using
the Tester’s LAN port. The Tester cannot receive data
from the IP camera in this case, but the computer
connected to the PoE switch can receive data via the
Tester.
A PoE switch or PSE power sourcing equipment can only
be connected to the Tester via the PSE In port, otherwise
the Tester can be damaged.