Aqua Control Engineers

Masjid Moth, Delhi

Industry wise Applications

• Industrial: Pumping petroleum products, chemicals, effluents, Sewage, ash-water etc
• Mobile Machinery: Cooling water for marine engines & showels.
• Tiles & Marble industry: for handling waste water.
• Civil Construction: De-watering foundation, trenches and pits.
• Public utilities: Sewage pumping.
• Marine: Pumping water from docks, ports, vessels

Applications

• Flood irrigation through Openwell & Dugwells
• Irrigation through sprinklers and drip systems
• Community water supply
• Water supply to bungalows & high rise buildings
• Household water supply
• Industrial water supply
• Cooling circuits in HVAC
• Decorative fountains
• De-watering of storm water in basement

Industry wise Applications

• Industrial: Pumping petroleum products, chemicals, effluents, Sewage, ash-water etc
• Mobile Machinery: Cooling water for marine engines & showels.
• Tiles & Marble industry: for handling waste water.
• Civil Construction: De-watering foundation, trenches and pits.
• Public utilities: Sewage pumping.
• Marine: Pumping water from docks, ports, vessels

Benefits

• Improved efficiency and NPSHreq by experimentally verified hydraulic design of impellers (vanes)
• Little wear, low vibration levels and excellent smooth running characteristics thanks to good suction performance and virtually cavitationfree operation across a wide operating range
• Casing sealed reliably - even in varying operating conditions - by onfined casing gasket
• Low-noise, low-vibration motors specially designed for EtaLine Pro
• Space-saving thanks to integrated electronics and high output per size of the compact pump

Fully automatic CL system suitable for driving up to 6 pumps with or without bypass starter. Control panel comprising separate VFDs & controller. Suitable for handling Primary & secondary pumping in HVAC, warm water/ hot water circulation, cooling water circulation.

Variable speed Pump Control unit for HVAC System.Wilo-Mather and Platt Pumps Limited CCS HVAC (Comfort Controller HVAC) controller is based on state-of-the-art-technology with flexibility to meet the current and future customer requirements. The CCS HVAC Controller is specially designed for automatic control for pumps in parallel, integrated with Variable frequency drives in duty as well stand by operation in heating ventilation and air conditioning application. The CCS HVAC controller is equipped with a multi color, wide screen, user friendly touch screen with HMI (Human machine interface) which offers a very simplified control and input unit, menu navigation for easy operation and control.The CCS HVAC Controller operates the pumps to meet the changing system demand received by the sensors by varying the speed of the pumps to meet the system requirement and resulting in energy saving operation.

• Encl with or without provision for VFD
• BACNET, Ethernet TCP/IP and other communications protocol modules on request

• Wall Mounted/Floor Mounted Enclosure
• Internal Circuit breaker with door interlock
• System can control 1 6 pumps, extendable up to 8 Pumps
• Microprocessor based pump logic controller.In built PID with auto/manual tuning
• Embedded logic to prevent pump hunting, pump flow surges and motor overheating
• Multi color, wide screen (5.6), High resolution HMI with 24VDC
• power supply
• On screen menu driven functions
• Manual and Automatic System control (Man-off-Auto)
• Multi level user password security
• Alpha Numerical Alarm and Fault data login
• Remote start/stop mode
• Real time Clock
• End of curve protection
• 3 Different set points
• Each Pump operational data
• Remote set point
• Set value VS process value Graph
• Sensor operation mode selection i.e. Max, Min, Avg, or Most deviated
• Communication ports RS232, 2xRS 485, 2xUSB
• Each VFD data read out on screen
• Supports Mod Bus RTU Protocol
• Controllers available with VFDs, with/without bypass starter and single/multiple DPTs. VFD inside the enclosure with/without bypass starter and single/multiple DPTs.
• Analogue inputs for Remote set point, Differential pressure sensors and flow
• Customised panels on request.
• Size( in mm) : 500 h x 500 w x 250 d
• Approximate Weight : 30Kgs

Variable speed Pump Control unit for HVAC System.

Wilo-Mather and Platt Pumps Limited, VR HVAC Controller is specially designed for automatic control of pumps in heating, ventilation and air conditioning applications. The VR HVAC controller is used along with variable frequency drives and differential transmitter to control the differential pressure in a system as a function of the load. VR HAVC controller offers a simplified control and ease of operation. The VR HVAC Controller operates the pumps to meet the changing system demand received by the sensors by varying the speed of the pumps to meet the system requirements and resulting in energy saving operation.

HVAC Controller

• Encl with or without provision for VFD
• Communication ports to receive data from Variable frequency drive

• Wall Mounted/Floor Mounted Enclosure.
• Internal Circuit breaker with door interlock.
• System can control 1-4 pumps max.
• Automatic pump alteration.
• Duty and standby selection of the pump.
• Microprocessor based pump logic controller with built in PID
• Control Modes Delta PC and Delta PV
• Embedded logic to prevent pump hunting, pump flow surges and motor overheating
• LCD with Back-lit Display
• On screen menu driven functions with rotary switch
• Emergency operation mode
• Password protection for security
• Alarm and fault data login
• Common failure and operation relays
• Remote start/stop mode
• Analogue inputs for Remote set point
• Each Pump operational data
• Size (in mm) : 500 h x 500 w x 250 d
• Approximate Weight : 30Kgs

Self priming mini monobloc

Water transfer in:

• Bungalows
• Farm houses
• Apartments
• Solar heater systems
• Lifting water to over head storage
• Lawn sprinklers
• Car washing
• Ornamental fountains

• Compact design with handle to carry

• Flow: upto 38 LPM
• Head: upto 36 mts
• Power: upto 0.37 kW (1HP)
• Pipe Size: 25 mm
• Volt: 160v to 250 v

Features

• Robust Construction
• Compact Design
• Stainless steel (SS304 / SS 316) hydraulic components
• Low Vibrations and noise
• High reliability
• Service friendly
• Wide usage

Applications

• Washing and cleaning
• Water treatment
• Temperature control
• Chemical industry
• Pharmaceutical industry

Wilo RLTC is used for instant hot water at taps and showers. It is specially designed for apartments, hotels, resorts and commercial establishments.

• Hot water circulator pump controller

• Temperature controller with 7 Segment digital display and keys
• Thermocouple/RTD (PT100) Sensor
• Programmable Real time digital timer with LCD display

• Wall Mounted IP 54 ABS Enclosures
• Input Power Supply 230VAC10%, 50Hz 5A
• Out Put Power Supply SPDT 230VAC, 10A resistive
• Ambient Temperature 0 to 40C
• Relative Humidity 95% non-condensing
• Auto-0ff-Manual Switch

End suction, horizontal split case, multistage single / multi outlet pumps with electric motor.

• Enclosure TEFC / SPDP
• Voltage 415V
• Frequency 50 Hz

Wilo DTC is specially designed for automatic control of hot water circulation in solar application. It controls the circulation of hot water in solar system by switching ON and OFF of the pump based on the difference of the temperature between the solar collector and the storage tank.

• Hot water circulator pump

• Wall Mounted IP 54 ABS Enclosures
• Out Put Power Supply SPDT 230VAC, 10A max resistive
• Relative Humidity 85% non-condensing
• Auto-0ff-Manual Switch
• Differential Temperature controller with 7 Segment digital display and keys
• Two Thermocouple/NTC Sensors
• Programmable Real time digital timer with LCD display (only in advanced version)

• Input Power Supply 230VAC10%, 50Hz
• Ambient Temperature 0 to 40

Sewage lifting unit with solids separation system for installation in a building or concrete sump

• System for installation in an existing structure (building or concrete sump).
• Sewage lifting unit with solids separation system for drainage of large residential estates and boroughs or as a replacement system for the refurbishment of existing large concrete sumps.

• Energy saving due to pumps with narrow ball passage, which produces better efficiency than with conventional sewage pumping stations
• Considerably less susceptible to plugging as the pumps do not come into contact with the solids in the wastewater
• Uninterrupted operation during maintenance or repair work due to the stations double-pump design and individual shut-off of the solids separation reservoirs
• All parts are accessible from outside, so very easy to maintain and hygienic
• Resistance to corrosion and long life due to construction from PE-HD material

• Max. inlet: 600m3/h
• Max. useable tank volume: 12000L
• Max. delivery head: 80 m
• Installation depth below inlet floor: 12002300mm
• Mains connection: 3400 V, 50 Hz

End suction, horizontal split case, multistage single / multi outlet pumps with electric motor.

• Enclosure TEFC / SPDP
• Voltage 415V
• Frequency 50 Hz