Hypontech HiManager Bedienungsanleitung
HiManager
USER MANUAL
V1.00
1. SAFETY AND WARNINGS
1.1 Safety Instructions
HiManager, produced by Suzhou Hypontech Co,. Ltd., is designed, tested and
manufactured strictly aligned with relative safety regulation. As an electric device,
installation and maintenance shall follow instructions stated in this document. Incorrect
operation may cause physical or financial damage to the operator or third parties.
1. Prevent adolescents to approach HiManager
2. Do not open the lid. Touching or replacing the electronic components without
authorization may damage the product and physical damage to personnel.
Hypontech will not assume responsibility and warranty under such circumstances.
3. Static electricity may damage electronic components. Appropriate measures should
be taken to prevent static electricity.
1.2 Symbols in the document
May cause mild or
medium damage
Do not dispose as normal
waste
This side up
Avoid Damp and Moisture
Recyclable
Caution
Fragile
Note
2. General Introduction
2.1 Product Introduction
HiManager is a PV system monitoring device. Together with ethernet, HiManager can
collect data from inverters, smart meters and other dataloggers, therefore, to actively
control power output, data configuration and firmware update remotely via HiPortal.
2.2Apperance and Interface Introduction
Width
90 mm
Height
38 mm
Length
147 mm
Interface
1
Power Adapter
2
Input for DRED
3
Port for connecting ethernet cable
4
RS485 COM1: for connecting Inverter
5
RS485 COM2: for connecting Smart Meter or Inverter
6
Port for USB connection
7
Reset Button
2.3LEDIndicator
The LEDs indicate of the product:
"PWR" > Power Status
"SYS" > System Operation Status
"CLD" > Cloud Server Connection Status
LED Indicator
Status
Explanation
PWR
Glowing red light
Device operation normal
Flashing red light
Unstable power supply
OFF
No power supply
SYS
Glowing green light
System operation normal
Flashing green light
System booting or resetting
OFF
System not operating
CLD
Glowing yellow light
Cloud server connected
Flashing yellow light
Internet connected, no
connection to cloud
OFF
Internet not connected
3. Installation
3.1 Packing List
Upon receiving the product, carefully inspect for damage on carton and package
completeness. For any visible damage or missing parts on the inverter or any other
accessories included in packing list, please contact your dealer.
HiManager
(Without
antenna)
Power
Adapter1
RS485
Terminal
Block
DIN Rail
Mounting
Accessories2
User
Manual
1
1
2
1
1
1
1The power adapter supports 3 different types of AC plug systems.
2Mounting Accessories contains:
a) - 2* Countersunk screws, M3, cross-head
b) - 2* ST 4.2 screws, 25mm, cross-head
c) - 2* Expansion Bolts
3.2 Installing the product
3.2.1 Positioning
1Protection level of HiManager is IP20, it MUST be mounted indoor.
2Weight and dimension of HiManager must be considered to choose installation
method and position.
3Well air ventilation, no direct sun light.
4Ensure ambiance temperature is in range of -10℃～60℃。
There are 3 options for mounting the product:
- On desktop
- Mounting on wall with countersunk screws
- Mounting on DIN rail
Placing on table
Remove the packaging
Put HiManager on a horizontal surface.
Please make sure to place HiManager on a horizontal surface to avoid
slipping down. Keep distance between HiManager and other cables to avoid
signal interference.
Mounting on wall:
Mark 2 drill holes on the wall and align them horizontally.
Distance between the center of marks should be 72mm.
Drill the holes using a 6mm bit to 30mm depth.
Insert the expansion bolts into the drill holes.
Insert the ST4.2 screws into the expansion bolts.
Do not fully tighten the screws to the end.
Leave the screw heads protruded from the wall surface for 4mm.
Align the mounting holes on the product to the protruded screws.
Hang the product onto the mounting screws.
Ensure the product is stably attached.
Mounting on DIN Rail
Mark 2 drill holes using the DIN rail as a template.
Distance between the center of marks should be 186mm.
Drill the holes using a 6mm bit to 30mm depth.
Insert the expansion bolts into the drill holes.
Position the DIN rail in alignment with the drilled holes.
Fix the DIN rail on the mounting surface with ST4.2 screws.
Place the product onto the DIN rail from above and hook it into place.
The product should audibly snap into place with the clamps at its back.
Ensure the product is stably attached.
4. CONNECTING THE PRODUCT
4.1 Connection Area
1
Power Adapter
2
Input for DRED
3
Port for connecting ethernet cable
4
RS485 COM1: for connecting Inverter
5
RS485 COM2: for connecting Smart Meter or Inverter
6
Port for USB connection
7
Reset Button
4.2 Connect to Inverter
4.2.1 To single Inverter
The connection port COM1 and COM2 are used for RS485
cable connections.
Port
Mark
Description
COM1
A
RS485A
B
RS485B
The cable length and quality may affect the quality of communication between connected
Rs485 devices.
Refer to the following cable requirements:
- Maximum cable length: 1000m
- Communication shielding: yes
- Cable type: twisted pair conductors
- UV-resistance for Cable section installed outdoor : recommended
Procedure:
1. Strip off 4-5mm of cable insulation.
2. Loosen the top screws of the RS485 terminal block to release sufficient room for the wire
conductors.
3. Fully insert the stripped cable conductors into the terminal block to a stop.
4. Tighten the top screws to close the conductor entries.
5. Observe the polarity assignment of A and B.
6. Plug the RS485 terminal block into COM port on the product.
1.Please use standard RS485 shielded twisted pair conductors
2.Connect to COM1 of HiManager
4.2.2 Connect to more than one inverter
Multiple inverters can be connected in string. Inverters are inter-connected via COM1, and
the last inverter in string connects to COM1 on HiManager. Please be advised to connect
A to A and B to B. Maximum connection is up to 16 inverters.
4.3 Connect to Smart Meter
1. Please use standard RS485 shielded twisted pair conductors
2. Only connect to COM2 on HiManager
3. Refer to 4.2.1 for further instruction
4.4 Connect to DRED
According to AS/NZS 4777.2 of Australian Safety Regulation, power utility company uses
DRED to send power grid dispatching dry contact signals. The inverter shall detect and
initiate a response to all supported demand response commands.
Pin definition:
Port
Description
REF1
RefGen
1
DRM1/5
2
DRM2/6
3
DRM3/7
4
DRM4/8
REF2
COM/DRM0
Procedure of Installing DRED on HiManager
1. Prepare the RJ45 plug for DRED connection.
2. Insert the plug into the DRED socket on HiManager until the plug snaps into place.
4.5 Connect to Ethernet
1. Insert the RJ45 plug of the network cable into the Ethernet port until the plug snaps into
place.
2. Connect the other end of the network cable to a network source, e.g. a router, access
point device.
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