- Industrial & lab equipment
- Electrical equipment & supplies
- Power conditioning
- Power adapters & inverters
- Selectronic
- SP Pro
- Instruction manual
advertisement
INSTALLATION | General Requirements
INSTALLATION
Installation- G e n e r a l
Re q u i r e m e n t s
C h a p t e r T h r e e
The SP PRO must only be installed by suitably qualified personnel.
Many procedures covered in the INSTALLATION sections of this manual have inherent risks. Whilst the SP PRO is designed to be safe, including safety features never before found in an inverter (such as Earth / Neutral bond monitoring), the voltages connected to or generated within the SP PRO are hazardous and potentially fatal.
It is the responsibility of the installer to ensure the installation and all the wiring is carried out according to all safety standards that are applicable to the installation. The wiring diagrams and installation instructions are given as a guide only and compliance to appropriate standards is the responsibility of the installer.
The following section provides general installation instructions for the
SP PRO
. For information on specific configurations please refer to the “Installation-Specific Applications” Section in this manual and the relevant installation guide supplied with any required installation options.
All installation notes including this manual can be downloaded from the Selectronic web site at: www.selectronic.com.au
12 |
Doc #OI0003 Part #004122 Rev20 2014
INSTALLATION | General Requirements
Environmental Considerations
TEMPERATURE
The SP PRO is designed for an ambient operating temperature between -20 °C and 60 °C , with a storage temperature range between –20 °C and 70 °C .
AIR FLOW
For best performance ensure nothing impedes ambient air from being drawn in the bottom of the unit and that hot exit air is vented away and doesn’t recirculate into the unit. Particular attention must be paid when installed inside a cabinet or enclosure.
CLEARANCE FROM OTHER EQUIPMENT
A recommended clearance distance of 150 mm around all sides, top and bottom. Particular care must be taken when mounting near other heat producing equipment.
HUMIDITY TOLERANCE
The SP PRO is designed to operate in a humidity range of 0 – 99% non condensing.
INGRESS OF PARTICLES
The SP PRO has been designed to meet IP rating 43 (Protected against solid objects larger than 1.0 mm / protected against water falling as a spray at up to 60 degrees from the vertical) i.e. may be installed outside under cover and is insect and vermin resistant.
Effects of altitude on the SP PRO
Altitude
(m)
0, sea level
1000
1500
2000
Derating Factor
@ 40 °C
1.00
0.95
0.90
0.85
The power rating of the SP PRO should be compensated for the effects of altitude by applying the appropriate derating factor. For example, at 2000 m above sea level, 6 kW x 0.85 = 5.1 kW. The altitude compensated rating is still at 40 °C .
Doc #OI0003 Part #004122 Rev20 2014
| 13
INSTALLATION | General Requirements
Preparation
The selection of a suitable site and good preparation is essential in getting optimum performance from the
SP PRO.
SP PRO Inverter performance is dependant upon the environmental operating conditions, in particular ambient temperature and ventilation. In addition safety aspects must be considered, such as:
• Restrict access to authorised personnel only.
• Consideration of maintenance of ambient temperatures to ensure performance within product specification.
• Positioned away from heat producing devices such as generators.
• Adequate ventilation, adhering to the minimum clearances required for adequate heat dissipation.
Minimum 150 mm clearance from top, bottom and sides.
• In a covered location away from direct rain. The SP PRO has an environmental rating of IP43 which makes it unsuitable for water spray that is greater than 60 deg from the vertical or greater than 0.7 litres per minute.
• In a location shaded from direct sunlight.
• Away from any explosive gas.
• Rodent Proof.
• In a clean environment away from dust, iron filings, workshop pollutants and other small particles.
• Enough room to remove the cover.
• The provision of infrastructure for monitoring - example data cables
The SP PRO should be installed in a separate area to the battery system (where used). The battery bank can emit explosive gas(hydrogen) and this must be vented outside and away from the SP PRO. The battery system should not be accessible by the user.
When batteries are used in the system is recommended that the installation be in lockable area with a separating partition or enclosure for the battery bank.
14 |
Doc #OI0003 Part #004122 Rev20 2014
advertisement
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
Related manuals
advertisement
Table of contents
- 3 INTRODUCTION
- 6 Australian/New Zealand Warranty
- 6 Using This Manual
- 7 Included in this package
- 7 Glossary of Terms
- 7 Benefits of SP LINK
- 8 Solar Hybrid Support and Grid Feed Systems
- 8 Product Overview
- 9 Off Grid Stand Alone Power Systems (SPS)
- 9 Mobile Systems
- 10 Precautions and Safety
- 10 Who should install this unit
- 10 Multiple Hazardous Energy Sources
- 11 Preparation
- 11 Installation
- 11 Maintenance
- 11 Inverter may start automatically
- 11 Backup Generator may start automatically
- 11 Battery
- 12 INSTALLATION
- 12 Installation-General Requirements
- 13 Environmental Considerations
- 13 Effects of altitude on the SP PRO
- 14 Preparation
- 15 Installation of SPMC models
- 18 Installation of SPLC models
- 21 Battery Cabling Requirements
- 21 Battery Fusing / Circuit Breakers
- 22 DC Wiring SPMC Models
- 22 Primary DC Terminal Connections - SPLC
- 22 DC Wiring SPLC Models
- 23 Expansion Card Warning - 120VDC model
- 23 Current Shunt Wiring
- 23 Battery Temperature Sensor
- 24 Battery Wiring (DC) Preparation
- 25 AC Wiring
- 25 Earth Wiring
- 25 Residual Current Device (RCD) Type Recommendation
- 26 AC Wiring Preparation
- 27 Backup Generator (Advanced Feature) Control Wiring
- 27 Serial Port Connection
- 27 Gland Plate Fit out
- 27 Initial Start up Procedure
- 27 Labelling
- 28 Installation-System Configuration
- 29 Managed AC Coupled Preparation
- 32 Generic AC Coupled Preparation
- 33 Three Phase Preparation
- 33 Split Phase Preparation
- 34 DC couple Charge Controller Preparation
- 36 Installation-Ancillary Components
- 36 Inputs and Output
- 39 External AC Source contactor
- 40 Adding a backup Generator (Solar Hybrid)
- 41 Adding a Generator (Off Grid)
- 42 Installation-Communications
- 42 Communications Overview
- 43 RS232 serial communications
- 43 USB communications
- 44 Wireless SP PRO to SP LINK
- 45 SP PRO Ethernet Adaptor
- 45 RS485 - KACO Link
- 46 Installation-Configure with SP LINK
- 46 Overview
- 47 Configuring The SP PRO For All System Configurations
- 48 Installation-Commissioning
- 48 Introduction
- 48 Diagnostics during Commissioning
- 49 Common System Checks
- 51 Checking Managed AC coupled systems
- 52 Checking Generic AC coupled
- 52 Checking DC coupled
- 53 Three phase and Split Phase Systems
- 54 External AC Source Contactor
- 55 External Generator
- 56 OPERATION
- 56 Controls and Indicators
- 56 User Interface
- 58 SP PRO Operation
- 59 Battery Management
- 59 Battery State of Charge (SoC) monitoring and control
- 59 Battery Voltage monitoring and control
- 60 Battery Charging Operation
- 61 Battery Charging Cycle
- 62 Battery Temperature Compensation
- 62 Renewable Management
- 63 Generator Controls for Off Grid
- 63 Backup Generator Controls (with option)
- 63 Inverter External Alarm
- 64 SERVICE
- 64 Service and Maintenance
- 64 Cleaning the Fan and Fan filter
- 64 Monitoring the Operation of the SP PRO
- 65 Resetting inverter with or without Restoring Factory Default settings
- 65 System Shutdown
- 65 Installer Maintenance of SP PRO
- 65 System Maintenance
- 66 Troubleshooting
- 66 Front Panel Indicators
- 68 Troubleshooting with SP LINK
- 69 AC Power Problems
- 69 Battery Problems
- 69 Grid related Problems
- 70 Off Grid Generator Start/Stop Problems
- 71 Inverter Startup Problems
- 72 Appendix A Specifications
- 72 Standards Compliance
- 72 Product Specifications