KSB Pumps and Valves – Building Services Applications

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Globe Valve BOA CONTROL - BOA CONTROL IMS

KSB Pumps and Valves – Building Services Applications

KSB offers the right solution for every project in small-scale and large-scale building services applications. KSB pumps, valves and systems deliver convenience, hygiene and safety in buildings and provide the basis for their efficient operation for years to come.

KSB offers tailored and standard solutions for the following building types:

  • Commercial and industrial buildings, data centers
  • Administration buildings, educational facilities, hospitals and nursing homes
  • Shopping centers, trade fair halls, railway stations, airports
  • Apartment buildings, hotels, single and multiple dwellings, houseboats
  • Sports and cultural facilities, private and public swimming pools
  • Multi-storey and underground car parks

Applications in Building Services:

  • Heating and Cooling Supply. KSB supplies the right components for use in heating and cooling applications as part of its comprehensive range featuring pumps and valves alongside automation and drive solutions.
  • Water Supply. Water is a precious resource – and an expensive one. For optimal domestic water distribution, safe, reliable, clean and cost-effective solutions are required.
  • Drainage. KSB offers high-quality pumps and valves for the handling of waste water and rainwater which combine energy-efficiency with durability, reliability and minimal maintenance requirements.

Customers all over the world and in the Philippines rely on KSB pumps and valves for their heating and air-conditioning systems, for water supply, drainage and fire protection applications. Please contact us to learn more about the KSB Systems, Braamd and KSB Engineers and Technicians will be glad to work with you.

AOKMAN® Cycloidal Gearmotors & Gearboxes Applications

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AOKMAN® Cycloidal Gearmotors & Gearboxes Applications AOKMAN Cycloidal gearboxes have the characteristic of compact structure, large ratio range, high efficiency, high reliability, coaxial line for input and output shaft.

AOKMAN Cycloidal gearboxes are widely used in pharmaceutical, chemical, food, textile, printing, waste water treatment, mining, cement, construction, material handling and other industries.

Some Applications:

  • AOKMAN Cycloidal Gearmotors for Belt Conveyor Drive
  • AOKMAN Cycloidal Gearmotors for Screw Conveyor Drive
  • AOKMAN Cycloidal Gearmotors Applied in Drum Filter
  • AOKMAN Cycloidal Gearboxes for Mixer Drive
  • AOKMAN Cycloidal Gearmotors for Reaction Vessel(Reactor) Drive
  • AOKMAN Cycloidal Gearmotors for Agitator Drive

Should you require gearboxes for above applications or if you want us to look at your existing applications, please do contact us.

In Photo: AOKMAN X/B/JXJ Series Cycloidal Reducers

For info about AOKMAN Cycloidal Gears, please click below:

Aokman Drive: X/B/JXJ Series Cycloidal Reducers

10-800kVA PowerChampion Series Low Frequency Online UPS Installed!

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10-800kVA PowerChampion Series Low Frequency Online UPS Installed

10-800kVA PowerChampion Series Low Frequency Online UPS Installed!

Power Champion Series is a configurable uninterruptible power supply (UPS) system range that offers true industrial modular architecture and maximized power performance. It combines conservative design (SCR) with battery management system and proven digital control to ensure the utmost reliability in any electrical and environmental conditions.

Features:

High reliability
Extra wide input voltage and frequency range make it adapt to severe power environment

Flexible customization
Intelligent self-diagnose function, all kinds of fault protection, large capability of history record storage

High efficiency
Up to 94% system efficiency, effectively saves electricity bills & Input power factor 0.8/0.9

Advanced BMS
Intelligent battery management, extending battery lifetime

Parallel operation

Advanced distributed active parallel technology can realize parallel operation of 6PCS UPS units without the need of centralized bypass cabinet

Advanced technology
Use advanced 6th generation DSP and full digital control technology

Please check installed based UPS power system here.

Braamd and Ventil, For Safety Valve Testing and Repair

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Braamd and Ventil, For Safety Valve Testing and Repair

BRAAMD has been working with VENTIL since 2017. VENTIL is the global supplier and manufacturer of choice for reliable valve and safety valve test benches and valve repair equipment. Delighted to be in collaboration with Mr. Dhanesh Hari Kumar, Sales Engineer of VENTIL Middle East FZC (UAE)

As we strive to serve our customers even better, we will continue to strengthen relationships with our long-time partners.

Hello there PW300! EverExceed Low Frequency Online UPS Power Champion 10KVA to 800KVA

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Hello there PW300! EverExceed Low Frequency Online UPS Power Champion 10KVA to 800KVA

Hello there PW300! EverExceed Low Frequency Online UPS Power Champion 10KVA to 800KVA.

This one is PW300, 300KVA Power Champion. Installed just this year in Bacolod City.

EverExceed Power Champion is a tested and an ideal power solution for critical equipment. Applications include:

  • Industrial Automation
    • Process Control Equipment
    • Motion (digital drives and robotics)
    • Transport Automation
    • Airport automation
    • Railways and Road transport automation and ticket booking
  • Building Automation
    • Access Control
    • Security System
    • Fire Alarm System
  • Medical Diagnostics
    • Magneto Resonant lmaging
    • CT Scanning/Cath Lab
    • Multiple medical imaging units

Learn how you can have the most reliable and economical back-up power, contact us please.

Binmaster for Cement Industry, Inventory Monitoring

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Binmaster for Cement Industry

Binmaster for Cement Industry, Inventory Monitoring.

Cement plants rely on high productivity and efficiency to reduce costs and increase profit margins. Batch control is critical to quality control and waste reduction. BinMaster’s heavy duty level sensors excel in dust and stand up to sand, grit, gravel, clinker, and rock. Plants can optimize operations with a complete solution for real-time inventory monitoring. Binmaster products for cement plant inventory monitoring:

3DLS S, M OR MV 3DLevelScanner – 3DLevelScanner uses advanced acoustics-based technolgy and multiple point measurement to provide precise inventory management.

MVL 3D Multiple-Scanner System – This multiple-scanner system integrates two or more 3DLevelScanners to accurately measure inventory in very large or wide diameter bins, tanks, or silos.

3DLS HT 3DLevelScanner for High Temperatures – 3DLevelScanner specifically designed for for use in challenging materials such as clinker, alumina, frac sand, and fly ash. This model operates at temperatures up to 356°F (180°C).

RL Acoustic Level Sensor – Non-contact level sensor that provides provides continuous level measurement for all types of powders and solid materials.

3D MultiVision Software – Inventory management software provides 3DLevelScanner users an easy and convenient way to monitor data from multiple bins.

We have a number of Binmaster installations in cement plants (and power plants as well) in the Philippines. We hope to set up a meeting and we’ll show the principle of operation and actual installations.

Braamd Inc. supports PhilSuTech

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Braamd Inc. and our Visayas Region team support the Philippine Sugar Technologists Association, Inc. (PHILSUTECH).

Braamd Inc. and our Visayas Region team support the Philippine Sugar Technologists Association, Inc. (PHILSUTECH). PHILSUTECH is an organization of sugar technologists, technology providers, farmers, traders and millers from the Philippines and other sugar-producing countries. Our portfolio for the sugar industry is wide ranging and we are excited to share these technologies, products and services for your improved sugar production and competitive advantage. For sugar industry’s electrical, mechanical and instrumentation requirements, please contact us at [email protected] and [email protected].

We are there all week long. Let’s meet and greet in Bacolod City, coffee (with or without sugar) is on us. 

RAVEN-EYE 2, Non-contact Radar Flow Measuring System Technical Specifications and Explanation

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RAVEN-EYE 2, Non-contact Radar Flow Measuring System Technical Specifications and Explanation

The RAVEN-EYE® is mounted above the water surface and measures the flow velocity at the water surface using a pulse wave radar and the flow depth with a level sensor (ultrasonic, radar or pressure). The flow rate is calculated applying the continuity equation:

Q = v . A

During each measurement cycle, the RAVEN-EYE® makes thousands of individual velocity measurements which are analyzed and processed into an extremely accurate average velocity measurement reading using a dedicated digital signal processor making realtime spectral analysis. Average velocity is calculated within the sensor by analyzing the surface velocity distribution and using a self-learning technology that doesn’t require theoretical modules nor site calibration.

Technical Specifications:

  • Size (HxWxL): 7.2“ x 5.5“ x 16.6“
  • Weight 6.61 lb (without cable, level sensor and mounting accessories)
  • Materials Enclosure: Polyurethane (PU), stainless steel
  • Cable: Polyurethane jacketed
  • Cable Lengths: 3, 66, 99 or length as needed up to 984 ft
  • Protection: IP68/NEMA 6P
  • Certifications: CE, ATEX (option)
  • Temperature Range Operating: -22 to 158 °F
  • Storage: -22 to 176 °F
  • Power Required Input voltage: 4 to 26 VDC
  • Outputs: 1 passive analog 4-20 mA (velocity only)
  • Communication: RS-485 (serial MODBUS ASCII open protocol) for use with PLCs RS-485 (proprietary protocol) for use with IFQ series or RTQ-Logger series
  • Field interchangeable: Automatic recognition between stationary or portable units
  • Flow Accuracy: ±5% of reading (typical : assumes pipe is 0 to 90% full)
  • Flow Measurement Method
    • Conversion from surface velocity to average velocity by analyzing surface velocity distribution using a self-learning technology that doesn’t require theoretical modules nor site calibration.
    • Conversion of water level and pipe size to fluid area.
    • Multiplication of fluid area by average velocity to obtain the flow rate.
  • Velocity Measurement Method:
    • Non-Contact Radar Doppler
    • Measurement Range: ±0.26 ft/s to ±29.53 ft/s
    • Measurement: Bi-directional
    • Accuracy: ±0.5% of reading ±zero stability
    • Zero Stability: ±0.06 ft/s
    • Minimum Velocity: 0.26 ft/s (depending on flow conditions)
  • Optional: Combined Level Measurement (Ultrasonic):
    • Technology: Non-Contact Ultrasonic Pulsed Echo
    • Measurement Range: 0.00 to 5.74 ft (with ULS-02), 0.00 to 18.86 ft (with ULS-06)
    • Accuracy: ±0.2% of reading (with ULS-02), ±0.3% of reading (with ULS-06) Includes non-linearity + hysteresis
    • Temp. Error Max. 0.04 %/K
    • Resolution: 0.003 ft
  • Optional: Combined Level Measurement (Radar):
    • Method: Non-Contact Pulsed Radar
    • Range: 0.00 to 49.2 ft
    • Accuracy: ±0.006 ft of reading
    • Resolution: 0.003 ft
  • Optional Separate Level Measurement Method
    • Any 4-20 mA loop powered sensor