Fluid Energy Controls Flow-Through Pulsation Dampeners are specially designed to control pulsations in positive displacement pumps used in oil, chemical, petrochemical and waste water processing industries. This design is particularly suitable for viscous liquid handling systems, such as crude oil. The in-line construction facilitates the installation and significantly reduces the downstream pulsations in comparison to the appendage type dampeners. Features * Flexible bladder design effectively reduces pump pulsations. * No poppet and spring to restrict flow of viscous process liquids. * Top repairable design for ease of maintenance. * Tamper proof design — a safety feature. * Designed and stamped per ASME Code Section VIII, Div. I * European CE, Canadian CRN, Brazilian NR-13, Chinese SELO, and Malaysian DOSH certifications also available. * All wetted parts are coated carbon steel or stainless steel. * Prolongs service life of pumps, valves, instruments, and pipe joints. * Buna-N compound bladder standard; Viton and other compounds available.

DIGITAL ENERGY METER.

Demand control based on True power (KW) or Apparent Power (KVA) or current – selectable at site Alarm and three trip signals for demand control Sliding / Fixed interval technique – selectable. PT/CT – programmable at site. Six different Demand selection – TOD Settings. Communication facility with computer. Password Protection to avoid unauthorised setting True rms measurements Low PF Monitoring for each TOD Actual demand in usage should be close to the contracted demand. The actual Maximum Demand can be curtailed saving considerable Electricity charges. A Positive method to ensure that Maximum Demand never exceeds the contracted demand. Save Maximum Demand charges when power cuts are not in force. When actual demand in use and contracted demand are close, M.D.Controller avoids risk of crossing the limits and penalties and disconnection. Maximum utilisation of demand during load shedding helps to use the minimum implant generation and optimum utilization of both EB power and in plant generation. As a result of these savings, the payback period is low. Current (Amps) Voltage (Volts) Power Factor Active Power – KW. Apparent Power – KVA. Reactive Power – KVAR. Frequency. Demand in KW /KVA/Current. Active energy – KWHr. Apparent energy – KVAH. Reactive energy – KVARH. Reactive energy – Inductive – KVARH –L. Reactive energy – Capacitive – KVARH –C. Peak demand. TOD true Energy – between resets and total. TOD Apparent energy – between resets and t