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IPS 9000
Armstrong’s Integrated Pumping System (IPS) automatically ensures delivery of required pumping capacity to match key building loads, while maintaining pumping energy costs at a minimum. With the use of system load detectors, such as differential pressure sensors, at one or more remote load locations, the Armstrong IPS automatically and continuously provides just the required flow for the current needs. HVAC system load requirements vary considerably during a typical day. Considerable energy savings result when pumping capacity is continuously matched to the load. Pumps may be operated as 100% standby or in a multiple pump, staged parallel sequence. Armstrong’s IPS can control as many as six (6) pumps in parallel, with up to eighteen (18) remote system load sensors. Dedicated or shared Variable Frequency Drives (VFDs) may be used, with or without power bypass systems. Armstrong offers the most advanced IPS available, with the flexibility to meet the most demanding pumping applications.
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Series 700 - Variable Speed Pumping Systems
Benefits:
- Total System Responsibility
- 3 Year Waranty
- Competitive Price
- Save Money
- Low Cost Installation
- Easy to Install
- Easy to Use
- Easy to Upgrade
- Increase Reliability
- Increase System Security
Application:
- Commercials Buildings
- Hospitals
- Airports
- Municipal Water Installations
- sewage Treatment Plants
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A feature packed compact Advanced Lubrication Controller for small and medium lubrication systems.
The VIP5 controller has been designed with an extensive set of parameters that offer unrivalled ease and flexibility for controlling and monitoring your automatic lubrication system - from a simple timed system, injector, progressive or dual line system.
Three operating modes have been designed into the VIP5 to offer control possibilities not found elsewhere in single, compact and affordable unit.
No need for many different version of controllers any longer - the VIP5 does it all.
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Standard Composition
- 1 IP55 RAL 7032 METAL CASE
- 1 MAIN SWITCH WITH DOOR WITH FUSES
- 1 AC3 class ELECTROMAGNETIC SWITCH
- 1 3-PHASE THERMAL RELAY WITH MANUAL RESET
- 2 TRANSFORMER PRIMARY PROTECTION FUSES
- 1 SAFETY TRANSFORMER FOR LOW VOLTAGE AUXILIARIES
- 1 MAINS VOLTAGE LAMP
- 1 MOTOR RUNNING LAMP
- 1 THERMAL CUTOUT RELEASED LAMP
- 1 TERMINAL BOARD FOR WEEKLY TEST PREPARATION
- 1 AUTOMATIC-Ø-MANUAL SELECTOR
- 1 REMOTE SIGNALLING OF: pump in automatic position, pump excluded, pump in manual position
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Hubbell Fire pump Motor Controllers are designed to comply with the latest standard of the National Fire Protection Association for the installation of stationary pumps for fire protection (NFPA-20).
LXi Microprocessor Logic & Control
Coordinated design engineered, built, tested and labeled by one manufacturer
Suitable for use as service entrance equipment
Full compliment of visual indicators
Communications port
LCD display shows simultaneous reading of all phases for amps and volts, and system pressure
Full range of horsepower ratings and voltages
Ample cable bending space
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EPC Servo Controller
EPC is an acronym for Electronic Pump Controller. However it is much more than a simple pump controller. The EPC Servo Amplifier Module is a micro controller-operated component that can be applied to operate servo or proportionally operated pumps and valves. Because of it's onboard microprocessor this unit can perform many additional functions that your typical Servo Amplifier can not. The unit can be configured for several types of control applications including:
- Flow Control
- Flow Control with Pressure Limit
- Flow Control with System Horse Power Limit
- Pressure Control
- Pressure Control with Flow Preset
- Closed Loop Speed Control
- Load Sense Control
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The iQpump® controller was designed with the pump service operators and pump system owners in mind. iQpump® offers ease of setup and comprehensive pump and motor protection features. The integrated pump specific software and setup parameters, allow the operator to setup specific control values for a wide rantge of applications. The iQpump® controller will automatically adjust pump operating conditions conditions, as the process variables change while still maintaining optimum pump performance and protection. iQpump® can also replace phase converters when converting from a single phase to a three phase pump motor.
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Features
- Operates on 24 VDC
- Increases daily water output up to 30%
- System starts pumping earlier in the morning
- System stops pumping later in the evening
- Protects pump from low or high voltage conditions
- Terminals for float switch
Boost your DC solar pumps performance by up to 30%. Controller optimizes your solar water pumping system by translating the current and voltage available from your photovoltaic panels, into a combination that is better matched to that needed by the pump. With the optional float switch installed, the controller will automatically stop pumping when the reservoir is full.
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Variable frequency drive controllers specifically designed for pumping systems. May be used to reduce electricity cost by up to 70% over fixed speed pumps in most applications. Self contained pump mounted or panel mounted control systems designed for standard pump and motor combinations.
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The Universal Power Cell uses Hall Effect sensors that are not affected by odd waveshapes or frequencies. Also, no Voltage or Current Transformers are used.
The UPC is field scalable to match your pump motor. Complete information at loadcontrols.com.
The PMP-25V Pump Load Control takes the 0-10 volt load signal from the UPC, displays the Pump Load, and has the Set Points, Timers and Relay and Analog Outputs.
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At ITT Water & Wastewater we produce practical and easy to use monitoring and control systems for many different pump and mixer applications. Our systems offer reduced operational costs, total overview, less report handling and better environmental control.
As well as supplying the hardware, such as pump controllers, sensors, electrical start equipment and cables, we also have software for running the system. The ITT Water & Wastewater AquaView SCADA system provides precise and effective monitoring and control.
Each control system comes with a host of well-thought-out functions. Good examples are comprehensive pump control functionality, advanced supervision of pump condition, accurate flow calculation and cleaning functionality. All functionalities are based on international experience in municipal wastewater.
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Bray Controls is proud to offer the Brayline series 50 Valve status Monitor, the future of valve position signaling. Bray's extensive field experience, research and development has produced the finest multipurpose switch/control monitors for industrial plant automation.
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ELECTRONIC CONTROL FEATURES
100% duty cycle
Superior Accuracy (1/2% over full range)
Compact electronic and mechanical design
No clutches or brakes
Multiple size plunger / flow capability
Severe duty design standard
Local micrometer stroke indication
Split signal capacity (standard, field adjustable)
Direct or reverse acting (standard, field adjustable)
Each side can operate independently or in unison
Adjustable feedback signal to tune output
Low maintenance
No overshoot or hunting
Wall and panel mount remote controllers (w/indication) available
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| ... products without technical information |
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Standard Composition
- 1 IP55 RAL 7032 METAL CASE
- 1 MAIN SWITCH WITH DOOR WITH FUSES
- 1 AC3 class ELECTROMAGNETIC SWITCH
- 1 3-PHASE THERMAL RELAY WITH MANUAL RESET
- 2 TRANSFORMER PRIMARY PROTECTION FUSES
- 1 SAFETY TRANSFORMER FOR LOW VOLTAGE AUXILIARIES
- 1 MAINS VOLTAGE LAMP
- 1 MOTOR RUNNING LAMP
- 1 THERMAL CUTOUT RELEASED LAMP
- 1 TERMINAL BOARD FOR WEEKLY TEST PREPARATION
- 1 AUTOMATIC-Ø-MANUAL SELECTOR
- 1 REMOTE SIGNALLING OF: pump in automatic position, pump excluded, pump in manual position
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Hubbell Fire pump Motor Controllers are designed to comply with the latest standard of the National Fire Protection Association for the installation of stationary pumps for fire protection (NFPA-20).
LXi Microprocessor Logic & Control
Coordinated design engineered, built, tested and labeled by one manufacturer
Suitable for use as service entrance equipment
Full compliment of visual indicators
Communications port
LCD display shows simultaneous reading of all phases for amps and volts, and system pressure
Full range of horsepower ratings and voltages
Ample cable bending space
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| ... products without technical information |
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A range of cased manual control, variable speed peristaltic pumps with flow rates up to 8.0l/min.
Each pump head in the range can be fitted with various tube sizes and materials for even greater flexability.
From the low flow EV045 through the EV500 (shown) to the impresive EV8000 pump all pumps offer high reliability and low maitainence costs.
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Verderflex Peristaltic Hose Pumps
GPM PUMPS, Inc. has partnered with VERDERFLEX in order to offer high quality, well designed peristaltic tube and hose pumps. The simple design concepts used by VERDERFLEX to create these pumps benefit the user by providing longer pump life and while minimizing downtime.
VERDERFLEX Peristaltic Hose Pump
The VERDERFLEX hose pump product group consists of a well-balanced high quality range of industrial hose pumps for heavy-duty applications. As with all series of VERDERFLEX pumps, current emphasis is on reduced downtime with minimal maintenance, easy operation and continuous quality improvement.
VERDERFLEX Tube Pump (SMART)
The Verder group's 25 years' experience in peristaltic pumps has led to a completely new design of low pressure tube pump: the Verderflex SMART series.
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Temperature-resistant and heated Diaphragm Vacuum Pumps and Compressors
Uncontaminated transfer of air and neutral, slightly aggressive gases and vapours at temperatures of 240 °C. Heating prevents condensation of gas. Versions with electronic temperature control.
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These days, it is hard to imagine modern laboratories
without controller-operated vacuum
pump systems. They deliver precise vacuum
and offer widely diverse control functions for a
huge range of applications in the laboratory.
The new vacuum pump system SC 920 now
supports remote control over a portable hand
terminal, thus ensuring maximum flexibility in
the laboratory. Fast process times and high precision
are further outstanding features of this
new product.
Thanks to wireless remote control, it is
no longer essential for the vacuum
pump system to be located in the immediate
vicinity of the processing equipment.
The pump system can now be
easily stowed away, i.e. in units under
the work bench or in a fume hood,
without the hassle of laying cables.
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Corken SC-Series pumps are a rotary side channel design. They produce a maximum differential head of 1,150 ft (350 m). The side channel pump is offered in six different sizes, each ranging from one to eight stages. This provides for a wide range of pressures and capacities ranging from 1gpm to 185 gpm (3.8–700 L/min). These pumps can handle discharge pressures up to 580 psig (40 bar).
Product Features
* Radial vane impellers and two outlet openings per stage allow for high vapor content
* Enclosed centrifugal impeller at pump suction provides improved NPSH capabilities
* Exceptional in light liquid and liquefied gas transfer
* Floating Impeller - No metal to metal contact.
* Modular design
* Smooth continuous flow
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Corken SC-Series pumps are a rotary side channel design. They produce a maximum differential head of 1,150 ft (350 m). The side channel pump is offered in six different sizes, each ranging from one to eight stages. This provides for a wide range of pressures and capacities ranging from 1gpm to 185 gpm (3.8–700 L/min). These pumps can handle discharge pressures up to 580 psig (40 bar).
* Magnetic Drive (shown)
* Stainless steel construction
* Double seal option
* High Temperature options
* Bronze or steel impellers
* DIN spec or ANSI drilled flanges
Versatility
Corken's SC Series pumps have provided solutions for a good number of problematic applications over the past 6 years. The capability of this pump to handle NPSH (Net Positive Suction Head) as low as 1 ft coupled with its ability to pump liquids with high vapor content have made it particularly attractive to many of our customers.
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Corken CD-Series Coro-Vane® pumps produce a maximum differential pressure of 125 psig (8.6bar g). Corken manufactures four sizes of Coro-Vane pumps, ranging from 20 to 400 gpm (4.5–90.9m3/hr). These pumps can handle discharge pressures up to 400 psig (27.6 bar g). They are designed for light liquids with viscosities below 10,000 SSU.
Product Features
* Compact size
* Exceptional in light liquid & liquefied gas transer
* High pumping efficiencies throughout life of pump
* Can handle small amounts of vapor
* Suction lift
* Vanes are self adjusting
* Modularity throughout pump line
* Years of service
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