Download Print this page

ELPRO 905U-K-IP Installation Manual

Wireless solar-battery enclosure

Advertisement

Quick Links

905U-K-IP Wireless Solar-Battery Enclosure
Installation Guide
Antenna Installation
SOLAR PANEL
COLINEAR
(See Notes)
ANTENNA
WEATHERPROOF
CONNECTORS WITH
SURGE
"3M 23" TAPE
ARRESTOR
(OPTIONAL)
COAXIAL CABLE
905U-K-
IP
Wireless I/O
OPTIONAL
PADLOCK
PROVIDE GOOD GROUND
CONNECTION TO MAST, MODULE
CHASSIS
AND SURGE ARRESTOR
GND
Wavelength Guide
150MHz = 150cm
340MHz = 88cm
IF GROUND CONDITIONS ARE
450MHz = 66cm
POOR, INSTALL MORE THAN
900MHz = 33cm
WARNING: DO NOT DISCONNECT WHILE CIRCUIT IS LIVE UNLESS AREA IS
KNOWN TO BE NON-HAZARDOUS
Installation and Configuration
The ELPRO 905U-K is configured using the E-Series Configuration tool. Please down load the
configuration tool from the ELPRO web site:
Configuration is performed by using the ELPRO E-Series configuration PC tool and connecting
connecting to the RS-232 connector
Please download the configuration tool for the 905U-K module from the ELPRO website:
https://elpro.com.au/wp-content/uploads/2018/06/BUS_WIR_Inst_EConfig.2.1.0.412.zip
For further information on installation and configuration please refer to the 905U-K user manual that can
be found at the ELPRO web page:
https://elpro.com.au/wp-content/uploads/2018/06/bus-wir-man-905K-1.10.pdf
Battery Power Applications:
Units shipped with internal battery option do not have the battery connected during
1 wavelength
shipping.
minimum
CAUTION - Lithium Primary (LiP non-rechargeable) internal battery: DO NOT
connect external voltage directly to battery terminals or to supply/solar terminals as
this battery is NOT rechargeable and damage may result.
CAUTION - Lithium Iron Phosphate (LFP rechargeable): DO NOT connect
external voltage directly to battery terminals as this may result in damage or
overheating of battery pack.
To connect the internal battery:
·
Remove the battery holder by removing the two Philips screws and battery
STRESS RELIEF
bracket.
LOOP
·
Locate the battery connector located at the top
right of battery as shown in picture.
MAST
·
For internal battery connect the battery by
plugging battery cable connector onto the two
pin connector on circuit board located to right
of internal/external selection link, using correct
orientation (keyed).
·
The PWR/OK LED green flash every 10 seconds in normal operation. See unit
configuration on reverse side of this document.
ONE STAKE
Battery
Connection
CONNECTIONS:
Wiring Entry: IP66 M20 Cable entry Gland (5-13mm)
Terminals: PushIN connection max 0.2 – 1.5mm
905U-K
POWER/OK LED
RADIO TX LED
RS232:
Configuration port
Analog Input:
Select 4-20mA or 0-10Vdc
905U-K-IP
Wireless I/O
Weatherproof
2
wire.
SOLARꟷ : Solar Panel or supply negative,
Internally connected to GND
SOLAR+: Solar Panel Positive 10W MIN 2A
Max or Ext Supply 17-30Vdc
GND: Battery or External Power -ve supply
VBAT: External Power 11-15Vdc
GND:
DIO1: ON/OFF, Pulse
DIO2: ON/OFF, Pulse
DIO3: ON/OFF only
DIO4: ON/OFF only
GND:
GND:
AIN1 -/+: 4-20mA Current Loop or 0-10Vdc
AIN2 -/+: 4-20mA Current Loop or 0-10Vdc
LOOP: +24V Loop Or sensor Supply
mA
Vdc
© ELPRO Technologies Pty. Ltd. 2020 Rev. 1.0
SUPPLY:
DIGITALS:
ANALOG INPUT:

Advertisement

loading
Need help?

Need help?

Do you have a question about the 905U-K-IP and is the answer not in the manual?

Questions and answers

Summary of Contents for ELPRO 905U-K-IP

  • Page 1 Installation and Configuration SUPPLY: Ꝋ SOLARꟷ : Solar Panel or supply negative, The ELPRO 905U-K is configured using the E-Series Configuration tool. Please down load the Internally connected to GND 905U-K configuration tool from the ELPRO web site: Ꝋ...
  • Page 2 The products are designed to operate in the presence of noise and interference, but in an extreme case radio noise and interference can cause product operation delays or operation failure. Like all industrial electronic products, ELPRO products can fail in a variety of modes due to misuse, age, or malfunction. We recommend that users and designers design systems using design techniques intended to prevent personal injury or damage during product operation and provide failure tolerant systems to prevent personal injury or damage in the event of product failure.