The display panels currently used in the accumulator system were first designed in the 1980’s. Due to the level of technology available, the panels were controlled by pneumatic, electrical or both power sources.

On pneumatic panels, control was received via valve operation of the cylinders on the Accumulator Unit. Electric lights in the panels functioned as valve indicators. Electrical panels used a system of relays and contacts that were configured to establish the valve operation logic.

Easy rig up and rig down these panels functioned well for some time, but contained various intrinsic flaws. As Accumulator Unit safety became increasingly important, the remote panels required quicker response time and the ability to log and diagnose problems before they occurred.

Accordingly, a new panel design with faster and smarter control capability was needed. Sara’s control keeps the best features and reliability of its predecessors, while overcoming the flaws that inherent in the older panels.

Features

• Explosion proof for Class I Div. I or Class I Div. II
• Air cooler for higher temperatures
• Logging of functions and alarms
• Air and battery back up
• Minimum rig-up time; no air hose
• System can be retrofitted on existing units
• System can set secondly pressure units
• System can set minimum and maximum gauge readings
• Time zones can be set for accurate logging
• Impact resistant IR touchscreen
• Help Screen included for diagnostics without opening the panel

Functions

• Visual indications of valve position
• Audible and visual alarm for low accumulator pressure, low manifold pressure, low rig air pressure and low reservoir fluid level
• Push buttons from open/close function with master push button for two hand operation
• Push buttons for high/low function of bypass valve
• Push buttons for raise/lower annular regulator pressure setting
• Push button for lamp test

Options

• Wireless capability for remote communications
• Permits remote monitoring of Unit Status
• Communications via Optical fiber Cable
• Screen displays with reduced sun glare
• Communication via Co-axial Cable
• Communication via Ethernet touchscreen or Gauges.

The display panels currently used in the accumulator system were first designed in the 1980’s. Due to the level of technology available, the panels were controlled by pneumatic, electrical or both power sources.

On pneumatic panels, control was received via valve operation of the cylinders on the Accumulator Unit. Electric lights in the panels functioned as valve indicators. Electrical panels used a system of relays and contacts that were configured to establish the valve operation logic.

Easy rig up and rig down these panels functioned well for some time, but contained various intrinsic flaws. As Accumulator Unit safety became increasingly important, the remote panels required quicker response time and the ability to log and diagnose problems before they occurred.

Accordingly, a new panel design with faster and smarter control capability was needed. Sara’s control keeps the best features and reliability of its predecessors, while overcoming the flaws that inherent in the older panels.

Features

• Explosion proof for Class I Div. I or Class I Div. II
• Air cooler for higher temperatures
• Logging of functions and alarms
• Air and battery back up
• Minimum rig-up time; no air hose
• System can be retrofitted on existing units
• System can set secondly pressure units
• System can set minimum and maximum gauge readings
• Time zones can be set for accurate logging
• Impact resistant IR touchscreen
• Help Screen included for diagnostics without opening the panel

Functions

• Visual indications of valve position
• Audible and visual alarm for low accumulator pressure, low manifold pressure, low rig air pressure and low reservoir fluid level
• Push buttons from open/close function with master push button for two hand operation
• Push buttons for high/low function of bypass valve
• Push buttons for raise/lower annular regulator pressure setting
• Push button for lamp test

Options

• Wireless capability for remote communications
• Permits remote monitoring of Unit Status
• Communications via Optical fiber Cable
• Screen displays with reduced sun glare
• Communication via Co-axial Cable
• Communication via Ethernet touchscreen or Gauges.