Products
- Embedded Solutions
- HVAC Controllers / Automation / BMS Software
- PLC & Dual Redundant PLC
- Electrical System Design
- System Integration & Turnkey Automation Project
- Dedicated Industrial Application Controllers
- SCADA / DCS Monitoring & Control Software.
- Home Automation
- Motor & Voltage Protection Devices(MPD & VPD)
- Automobile Advanced Electronics & Automation
- Time & Access Management System (TAMS)
- Automation of Telecom Tower
- Automation of DG Power sets
- Power Saving, Monitoring and Optimization
- Power Drives, Invertors, Soft starters, VFD’s, BLDC Drives
- Whenever it is found that master PLC is fail due to any reason slave PLC becomes master and starts controlling in zero milli seconds (Bump less) without stopping or disturbing your plant or process and the failed PLC become slave which you can change or repair the cards online.
- Redundancy for CPU
- Redundancy for Power Management System - PMS supply
- Power Factor Relay
- Redundancy for Man Machine Interface ( MMI / HMI )
- Redundancy for all digital inputs
- Redundancy for all digital outputs
- Redundancy for all analog inputs
- Redundancy for all analog outputs
- Redundancy for communication
- Advanced 30 No’s Additional
This is Softhard Supervisory Control & Data Acquisition System. The system monitors the parameters of chillers, pumps , AHUs etc .i.e. those equipment connected to the above system & accordingly controls optimally for energy saving, equal run hours, optimum starting & stopping of chillers as per load variation etc. (Provided Motorized Operating Valve Or Solenoid Valves & its control is required for optimization.) Softhard is Manufacturer Supplier in Pune India
Features:
SSCADA Connectivity:
- RS232
- RS 485 / RS 422
- Ethernet
- Modem (Telephone)
- GSM / GPRS
Machine status monitoring through e-mail:
Plant manager can be monitor Machine status (healthy / trip status as well as plant readings) using SCADA e-mail facility.
Plant Viewer
Live mimic of full plant i.e. all chillers, fans, AHUs, pumps, cooling towers, motorized valve etc, giving online Real Time data. Below figure shows the Plant View for 3 Chillers and their respected status on mimic.
Plant View of Recip Chiller Plant
Plant View of Vapour Abs Machine
LIVE mimic of individual Chiller with
- Chilled water inlet/outlet temp
- Condenser water inlet /outlet temp
- Suction, discharge, oil , net oil pressure
- Saturated suction & saturated discharge temp
- Compressor current & no of load/unload stages
- Compressor operating hours & no of starts
- On/off status of safeties, motors, compressor, motorized valves of chillers etc.
Following figure shows the details of chiller view as discuss above.
Value of various parameters of Chiller can be View and Changed through the Setting Facility available in SSCADA.
Following figure show the Parameter Setting for Chiller
Only authorized user can change the settings of the parameter.
Trend ViewerReal time trends can be view for various Analog Inputs and can be used to compare it with set value. Historical Trend can display for parameters by giving the From and To date and time.
Historical & Real time processing of data for convenient analysis using time based selection. This identifies discrepancies, energy consumption and load pattern on chiller based on compressor current.
Following figure shows the trend for analog input with it’s current value.
Scheduler:
Operating schedule of Chiller for One year using seven days start and stop time and Holidays setting can be set from SSCADA.
Log Viewer:
Data logging for various analog inputs based on date and time are
store in Microsoft Excel Sheet format. Data log interval is settable
and can be changed as per need.
Data log file for data log is generated for each Chiller per month
automatically.
Alarm Viewer:
Alarm logging for Chiller based on date and time can be store in Microsoft Excel Sheet format. The Trip state of alarm and Reset state of alarm can be logged in excel file with date and time.
Authentication:
Three level Password protection for unauthorized or unwanted access.
i.e. Process Level, Engineering Level and Management Level.