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PPH 308 - Automatic bell spraying with rotating bell
The PPH 308 automatic bell atomizer use centrifugal force to ensure uniformity, deep penetration and spraying.
With their spraying fineness, transfert efficiency and ease of implementation and adjustment, the PPH spray guns guarantee both a high level of productivity and a superb quality finish.
The PPH 308, equipped with magnetic turbine has been designed for the electrostatic application of water or solvent-borne liquid paints in general industry.
Equipped with EC 65 bell specially designed for the application of high solids and metallic paints electrostatically.
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| A closed loop current sensor consists of a Hall generator mounted in an air gap of a magnetic core, a coil wound around the core and a current amplifier.The current carrying conductor placed through the aperture of the sensor produces a magnetic field that is proportionate to the current. This field is concentrated by the core and sensed by the Hall generator. The Hall generator is connected to the input of the current amplifier, which drives the coil. The current through the coil produces an opposing field to that provided by the current through the aperture Thus the flux in the core is constantly driven to zero. The coil connects the output of the sensor. Therefore the output is a current proportional the aperture current multiplied by the number of turns on the coil. A sensor with a 1000 turn coil provides an output of 1mA per ampere. The current output is converted to a voltage by connecting a resistor to the output of the sensor and ground. The output of the sensor and ground. The output is scaled by selecting the resistor value. Closed loop sensors measure dc and ac currents and provide electrical isolation. They offer fast response, high linearity and low temperature drift. The current output of the closed loop sensor is relatively immune to electrical noise. They are the sensor of choice when high accuracy is essential. |
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| The line of industrial current sensors offered by Sypris Test and Measurement covers a wide variety of features. Several of these sensors offer 4-20mA output levels, while some offer unidirectional voltage output. Many of these devices have clamping apertures, which means that they may be connected to existing cables, without having to break their circuit. Some of these devices only measure AC currents, while others measure various levels of AC and/or DC current, and provide a switched level detect output. All of these devices are panel mounted, and most have jumper adjustable full scale ranges. |
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| An open loop current sensor consists of a Hall Sensor mounted in an air gap of a magnetic core. The current carrying conductor placed through the aperture of the sensor produces a magnetic field that is proportionate to the current. The field is concentrated by the core and measured by the Hall Sensor. Most open loop sensors contain circuitry to provide temperature compensation and calibrated high level voltage output. Open loop current sensors measure DC and AC currents and provide electrical isolation between the circuit being measured and the output of the sensor. Typically, open loop sensors cost less than closed loop sensors. They are preferred in battery powered circuits due to their low operating power requirements. |
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* Hermetically Sealed Type:
A Hermetically Sealed Type motor utilizes windings of standard construction and insulation thickness. The windings are encased and Hermetically Sealed within the external shell casing on the outside and an internal tube or liner inside the bore. The Hermetically Sealed enclosure eliminates the possibility of water leakage into the winding. The liquid medium circulates between the rotor and stator liner providing lubrication and cooling to the bearings.
* Wet Winding Type :
A Wet Winding Type motor is one in which the motor windings are in direct contact with a liquid medium. The medium is clean, clear water. A pressure balancing system prevents exchange of the motor liquid medium and well water due to thermal expansion and contraction when the motor is operating. The liquid medium fills the inside of the motor and surrounds both the stator windings and the rotor. A completely waterproof insulation is used on the magnet wire used for the stator windings. The liquid medium inside the motor air gap and coils acts as a heat transfer device by circulating through the windings and transferring heat to the external casing. Dissipation of this heat occurs as the well water flows at a required velocity over the external case. As is the case in all submersible type motors, the internal liquid medium is also used for bearing lubrication. |
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Multi-stage Vertical Turbine Pumps with bronze impellers and cast iron bowls. The lineshaft turbine pumps have above-ground discharge with water-lubricated lineshaft bearings. The column pipe coupling has bronze centering spiders with fluted-rubber lineshaft bearings. The bowls are vitra-glass coated in the waterways for improvedefficiencies. Capacities up to 10,000 GPM with heads to 150 feet per stage.
APPLICATIONS:
COOLING TOWERS, PRESSURE BOOSTING AND GENERAL WATER SERVICE. |
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Bell & Gossett's complete line of in-line and base-mounted centrifugal
pumps can handle virtually any HVAC requirement. The pumps are
engineered for exceptional performance and rugged durability. They are
designed for easy maintenance and to be highly efficient. The pumps
provide reliable operation in a variety of applications, including hydronic
heating and cooling systems, industrial, refrigeration, cooling towers and
irrigation. All B&G pumps are manufactured at an ISO 9001-approved facility. |
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Multi-stage Vertical Turbine Pumps with bronze impellers and cast iron bowls. The lineshaft turbine pumps have above-ground discharge with water-lubricated lineshaft bearings. The column pipe coupling has bronze centering spiders with fluted-rubber lineshaft bearings. The bowls are vitra-glass coated in the waterways for improvedefficiencies. Capacities up to 10,000 GPM with heads to 150 feet per stage.
APPLICATIONS:
COOLING TOWERS, PRESSURE BOOSTING AND GENERAL WATER SERVICE. |
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- Model BPX brazed plate heat exchangers offer the highest level of thermal efficiency and durability in a compact, low cost unit.
- The corrugated plate design provides very high heat transfer coefficients, resulting in a more compact design.
- The unit's stainless steel plates are vacuum brazed together to form a durable, integral piece that can withstand high pressure and temperature.
- The BPX heat exchangers offer a compact design compared to shell and tube exchangers. |
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GPX Plate and Frame Heat Exchangers :
GPX technology offers maximum efficiency in less space, with outstanding application flexibility.
Innovative plate design allows GPX heat exchangers to provide more heat transfer using less space. They perform with one-third to one-fifth the surface area of conventional shell and tube heat exchangers designed for the same application. |
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Variable Speed Pumping Systems - Technologic 5500 Series (multiple pump, multiple zone pump controller, )The Technologic 5500 pump controller is designed to provide optimum performance, reliability and energy savings. Receiving sensor inputs, staging pumps, controlling AFD speed and monitoring the motor performance to meet system demands are the overall functions of the pump controller.
The Technologic 5500 Controller combines PID functions, setpoint modification, and system and component status into a single, central, user-friendly unit.
A data-logging feature provides historical information of key events with date and time stamps. Log information includes alarms, pump run timers and pump cycle counters. The signal log displays the minimum, maximum and current values of the process variable and flow. It is also capable of displaying kilowatt-hours. |
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7000 Series Gaussmeter:
- Bright 1/4-VGA readout
- Fully menu-driven for easy operation
- Large electroluminescent graphic display
- Auto Zero and Auto Calibration
- Over 100 standard probes available
6000 Series Gaussmeter:
- Large Format LCD
- Dual 33/4 digit readouts
- Temperature measurement
- Displays in Gauss, Tesla or Ampere/Meters
- Peak Hold
5100 Series Gaussmeter:
- The Best Accuracy in its class
- The only handheld instrument utilizing DSP (DigitalSignal Processing)
- Probe Included
- Auto Zero
- Min/Max Hold
4100 Series ELF Meter:
- Low Cost, Small, Lightweight, and Portable
- High Accuracy
- Gauss or Tesla Display Units
- 0.1 mG /.01µT resolution
- Low Battery Detection |
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| B&G Flo-Control Valves are used for preventing gravity flow in forced water systems and to permit summer-winter operation of indirect water heaters. Flo-Control Valves in NPT sizes ¾" to 2" are made in combination straight-angle patterns permitting installation in either horizontal or vertical pipe lines. Larger sizes may be furnished in either straight or angle patterns. Removeable top cap allows easy cleaning and service without removing pipe connections. Manual operating position for vertical lift disc to permit gravity circulation. |
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| B&G Flo-Control Valves are used for preventing gravity flow in forced water systems and to permit summer-winter operation of indirect water heaters. Flo-Control Valves in NPT sizes ¾" to 2" are made in combination straight-angle patterns permitting installation in either horizontal or vertical pipe lines. Larger sizes may be furnished in either straight or angle patterns. Removeable top cap allows easy cleaning and service without removing pipe connections. Manual operating position for vertical lift disc to permit gravity circulation. |
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The model mA-2000 provides non-contact measurement of very low DC and AC currents. It features an easy-to-read 3 1/2 digit display and analog output for connection to an oscilloscope or recorder.
Features:
- True RMS measurement
- Built in 3 1/2 digit display
- Simple clamp-on operation
- Frequency range DC to 100kHz
- Supplied with hard carrying case
- Basic DC accuracy of 1% of reading
- Built to IEC 1010 safety standards/Approval Pending
- BNC analog output for connection to oscilloscope or recorder
- Measures low level DC & AC currents from 0 to 2000 mA with resolution as low as 0.1 mA. |
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The isolation flange is a combination of a full port isolation ball valve and a companion flange for circulators. The isolation flange allows easy service or replacement of the circulator without the need to drain the system.
Free-floating flanges eliminate the need to align flanges making the pump installation a snap. Includes capscrews and nuts.
Can be used with most circulators, including NRF/NBF/SSF wet rotors, Series PL's, Series 100, HV, PR & LR and other manufacturers' pumps. |
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