Daniel SERIES 788 DIGITAL CONTROL VALVES
Product Code: SERIES 788 DIGITAL CONTROL VALVES
Manufacturer: Daniel
Daniel Series 788 Digital Control Valves are precision-engineered liquid control solutions designed to deliver accurate flow rate regulation, batch control and reliable shutoff in demanding UK oil & gas, custody transfer, loading/unloading and industrial process applications.
When paired with an electronic batch control device or digital preset, the Series 788 valve automatically manages low-flow start-up, high-flow rate control, low-flow shutdown and final shut-off, helping to optimise liquid loading, off-loading and metering accuracy.
Featuring a high-capacity 45° piston body design with positive (ANSI Class VI) shut-off and modular internal cartridge assembly, this digital control valve minimises pressure drop, eliminates diaphragms and stuffing boxes for reduced maintenance, and maximises uptime with easily replaceable internals.
Available with aggressive-product options for challenging additives and oxygenates, the Series 788 control valve offers operators a robust, repeatable flow control platform suitable for refined fuels, petroleum products and industrial fluid handling.
Find the right Valve for your application or contact our team for advice.
- Effective planning and execution of maintenance and product lifecycle strategies is essential to meeting production and metering targets, and keeping costs low. The right mix of maintenance activities will help you operate safely, consistently and economy
- Avoid damage due to shock pressure with adjustable control of closing speed
- Reduce pressure drop and maintenance compared to axial flow valves with high-capacity, 45º piston operation
- Control pressure from 60 to 9928 kPa (10 to 1440 psi) within ±13.8 kPa (±2 psi) of setpoint
- Improve reliability with positive O-ring seal and valve seats not affected by fluid viscosity and pressure drop
- Protect equipment and personnel with positive shutoff (ANSI Class VI) and fail-safe closure upon power loss
- Maximise uptime with all internal parts housed in a cartridge assembly; no need to remove the valve from the line
- Minimise wear-related maintenance with a simple design
featuring no diaphragms or stuffing boxes
