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High performance HRS Series 120VAC electric on/off actuator mounted to a TBH Series true union ball valve. Valve has socket and threaded end connections.
Unit of Measure

Specifications

Size

N/A 1"

End Connection

N/A Socket/Threaded

Operating Pressure [Max]

N/A 250 psi

Cv Coefficient

N/A 29.0

Valve Material

N/A CPVC

Seat Material

N/A PTFE

O-Ring Material

N/A FPM

Method of Operation

N/A Actuated

Actuator Type

N/A Electric

Operation

N/A On / Off

Enclosure

N/A NEMA4/4X

Enclosure Material

N/A Aluminum Dry Powder Coated

Standard Voltage

N/A 120VAC

Sample Specifications - Valve

N/A All 1/4" - 2" thermoplastic ball valves shall be manufactured with PVC Type 1, Grade 1 (ASTM D1784, Cell Classification 12454) or CPVC (ASTM D1784, Cell Classification 23447). All sizes of shall be of true union design. Valve body shall contain an integral top mounting flange with dimensions and bolt circles conforming to ISO 5211. Valve to include as standard sliding lock-out plate that interlocks with integral flange on body for lock-out / tag-out. The valve has four locations for attaching a padlock. Body shall incorporate molded in foot pad for panel or rail mounting. All O-rings shall be EPDM or FPM. Seats shall be PTFE as standard. Seats for 1/4" - 2" valves shall be reversible to allow field rebuild. Valves 2" and smaller shall have a floating ball and System2™ seat carrier design that moves with the seat to affect a double seal to flow through a closed valve, and require no adjustment. The handle shall be retained without any metal fasteners and made from GFPP with UV Inhibitor. Balls must be full-port design and fully sphere shape. Stem shall contain double o-rings, and shall be blowout-proof design. Valve stem design shall be such that any torsional failure occurs outside of the two stem o-rings.

All 1/4" - 2" ball valves shall be pressure-rated for 250 PSI at 70°F non-shock. All sizes of ANSI 150 lb flanged ball valves shall be pressure-rated for 150 PSI at 70°F non-shock. Valves to be NSF/ANSI 61 Listed.

All ball valves shall carry a three-year warranty, and shall be manufactured by Hayward® Flow Control and in the USA.

Sample Specifications - Actuator

N/A All Electric actuators shall feature a high efficiency reversing DC Brush-type Class B motor for 12vac/vdc and 24vac/vdc applications, and a split-phase capacitor thermally protected Class F reversing motor for 120V and 230V applications. Actuators shall be supplied with two primary travel-limiting switches and two standard auxiliary independently adjustable volt-free form A switches rated at 250vac 3A for remote indication of end of travel limits. Actuator positioning shall be via field generated on/off control switching supply voltage feeding the actuator.

Actuator gearing shall operate in a permanently lubricated transmission. There shall be no non-metallic gears utilized in the transmission. Enclosure housing shall be grade 383 cast aluminum with tan powder-coating and with type 304SS stainless steel trim. Actuators shall have F05/07 mounting patterns with a 14mm double square female drive socket. Actuators shall provide a bottom-mounted 8mm hex override shaft to allow manual positioning of the actuator upon loss of power. A raised visual position indicator shall provide actuator position information from 360 degrees around the actuator as well as from above the actuator. Actuators shall generate between 310”lbs and 440”lbs continuous torque regardless of supply voltage. The actuator shall be furnished with two (2) ½” EMT polyamide cable glands rated at IP68 protection into the actuator housing.

Enclosure shall be rated to NEMA 4/4X/IP67. Operating temperature range shall be from -22°F to +158°F (-30°C to 70°C). Actuators shall be CSA Certified to CSA 22.2 No. 139-10 and listed to UL439 for Ordinary Location Applications.

All electric actuators 310”lbs ~ 440”lbs shall be Hayward Flow Control HRSN2 Model and shall carry a Global three (3) year warranty.

Typical Applications

N/A Typical applications or installations include but are not limited to municipal waste and water treatment, clean water technology, chemical transfer and processing, aquatic and animal life support systems, mining and mineral processing, metal plating / surface finishing, marine, pulp and paper, landfills / environmental infrastructure and other demanding applications.

Key Features and Benefits

N/A System2™ Sealing Technology provides longer cycle life
250 PSI / 16 Bar, non-shock at 70°F/23°C full pressure rating
Consistent operating torque with adjustment-free design
Lockout/Tagout mechanism that secures directly to valve body for enhanced safety
Ergonomic handle for improved grip and comfort
ISO mounting flange simplifies actuation
Permanent markings, eliminates labels
Integral footpad for skid or panel mount
FPM or EPDM seals
Double O-Ring stem seals
Reversible PTFE seats – standard
Easy replacement for existing Hayward TB Series
NSF/ANSI 61 and NSF/ANSI 372 Listed

Options and Accessories

N/A Pneumatic or Electric Actuators
Stem Extensions
Manual Limit Switch or Spring Return Handle

Materials

N/A PVC per ASTM D1784 Cell Class 12454
CPVC per ASTM D1784 Cell Class 23447
GFPP per ASTM D4101 Cell Class 85580 (Handle & Lock Plate)