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Part #:307321
- Appleton offers beam clamps straps clamps and clamp backs for rigid metal conduit or imc. Beam clamps provide support for conduit hanging systems. Two-hole straps are used to support rigid metal conduit and IMC. Clamp backs provide spacing from mounting surfaces when they are used with pipe clamps.
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Part #:308290
- Appleton Form 35 Malleable Iron Conduit Outlet Bodies Covers and Gaskets are used to connect and change direction of conduit runs. In addition to making bends in a conduit system they allow connections for branch runs. These conduit bodies serve as pulling fittings and permit access to conductors for splicing and maintenance.
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Part #:308314
- Appleton Form 35 Malleable Iron Conduit Outlet Bodies Covers and Gaskets are used to connect and change direction of conduit runs. In addition to making bends in a conduit system they allow connections for branch runs. These conduit bodies serve as pulling fittings and permit access to conductors for splicing and maintenance.
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Part #:308350
- Appleton Form 35 Malleable Iron Conduit Outlet Bodies Covers and Gaskets are used to connect and change direction of conduit runs. In addition to making bends in a conduit system they allow connections for branch runs. These conduit bodies serve as pulling fittings and permit access to conductors for splicing and maintenance.
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Part #:308374
- Appleton Form 35 Malleable Iron Conduit Outlet Bodies Covers and Gaskets are used to connect and change direction of conduit runs. In addition to making bends in a conduit system they allow connections for branch runs. These conduit bodies serve as pulling fittings and permit access to conductors for splicing and maintenance.
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Part #:308391
- Appleton Form 35 Malleable Iron Conduit Outlet Bodies Covers and Gaskets are used to connect and change direction of conduit runs. In addition to making bends in a conduit system they allow connections for branch runs. These conduit bodies serve as pulling fittings and permit access to conductors for splicing and maintenance.
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Part #:308336
- Appleton Form 35 Malleable Iron Conduit Outlet Bodies Covers and Gaskets are used to connect and change direction of conduit runs. In addition to making bends in a conduit system they allow connections for branch runs. These conduit bodies serve as pulling fittings and permit access to conductors for splicing and maintenance.
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Part #:204272
- Plastic CTS Insert Stiffener 0.66" OD
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Part #:306964
- Appleton and O-Z/Gedney conduit bushings are used with a locknut to terminate rigid metal conduit or IMC conduit to a box or enclosure. They provide a smooth pulling surface for wires.
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Part #:308397
- Appleton Form 35 Malleable Iron Conduit Outlet Bodies Covers and Gaskets are used to connect and change direction of conduit runs. In addition to making bends in a conduit system they allow connections for branch runs. These conduit bodies serve as pulling fittings and permit access to conductors for splicing and maintenance.
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Part #:334-75-G-TES
- Cam & Groove Encapsulated Gasket Attributes
$
23.13
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Part #:501644
- Double Utility Pail, 17qt, Gray
RCP2617GRA
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Double pail allows you to separate cleaning solution from your rinse water.
Molded-in graduations.
Wide pour spout.
Durable, molded plastic.
$
50.83
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Part #:713370
- Y-Type Cast Iron Strainers
250 lb Screwed 1/2"-3" Class 125 Flanged 2"-6" Class 250 Flanged 2"-6"
Screen chambers won't leak or crush
Both ends of the chambers are precisely machined. This means perfectly round and smooth seating surfaces, as well as a fixed chamber length. Since the screen seats snugly on the machined surface, no particle bigger than the screen opening can escape around the end of the screen.
Screwed retainers easy in, easy out
Straight threads mean it takes less torque to achieve a tight seal with proper gasket compression. Less torque is also required to remove the retainer. For you, that means less danger of "freezing in" than with hard-to-break tapered pipe threads.
Off-center blowdown connections for better dirt removal
Off-center drains on 2-1/2" and 3" strainers allow you to remove liquid and dirt nearly completely when blowing down the strainer. Also, less liquid will spill when the screen retainer is removed.
Many screen choices
Many screen materials, meshes and perforations are available
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Part #:302510
- Ductile Iron Bender Head - 3/4" EMT, 1/2" Rigid & 1/2" IMC
IDEAL® Iron conduit bender head with handle has ductile iron construction for exceptional durability and rugged construction that withstands a lifetime of heavy use. Baked-on blue enamel finish on the handle resists corrosion and enhances visibility. Bends conduit pipes to fit around any corner, ceiling, wall or irregularly shaped passageways. It features precision marks locating degree scale, star, arrow and rim notch for perfect bends every time. Bender head has easy visibility markings that are raised and cast into both sides. It has a deeply serrated steps and grooved internal hook surface that prevents slippage, while applying high leverage. It is heat treated for extra strength and reinforced at stress points for longer life. Uses the Benfield bending system, which is standard to the industry, resulting in accurate and dependable bends. Includes convenient bending guide as a reference for basic bends. Four sizes provided to accommodates four sizes of pipe. Available complete with head and handle both included, as well as the handle and head each sold separately as a replacement part.
Withstands a lifetime of heavy use
Exceptional, durable, materials for extra strength, and reinforced at stress points for longer life
Ductile iron material is stronger than malleable iron or aluminum
$
83.98
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closeout
$
15.49
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Part #:501-C3510-12
- 1-AV Series Air and Gas VentsFor pressures to 300 psig (21 bar) or specific gravity down to 0.40.
1-AVA cast iron air vent that uses a free-floating lever that closes positively, ensuring a leaktight closing under all conditions. This vent is good for low capacity air/gas venting up to 300 psi (21 bar).
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Part #:501-C3510-2
- 1-AV Series Air and Gas VentsFor pressures to 300 psig (21 bar) or specific gravity down to 0.40.
1-AVA cast iron air vent that uses a free-floating lever that closes positively, ensuring a leaktight closing under all conditions. This vent is good for low capacity air/gas venting up to 300 psi (21 bar).
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Part #:501-C5297-25
- Inverted Bucket Steam TrapsEnergy efficient because it's so reliable
The inverted bucket is the most reliable steam trap operating principle known. The heart of its simple design is a unique leverage system that multiplies the force provided by the bucket to open the valve against pressure.
Since the bucket is open at the bottom, it resists damage from water hammer, and wear points are heavily reinforced for long life. The inverted bucket has only two moving parts-the valve lever assembly and the bucket. That means no fixed points, no complicated linkage. Nothing to stick, bind or clog.
Conserves energy even in the presence of wear
Armstrong inverted bucket steam traps open and close based on the difference in density between condensate and steam-the inverted bucket principle. They open and close gently, minimizing wear. This simple fact means that inverted buckets are subject to less wear than some other types of traps.
In fact, as an Armstrong inverted bucket trap wears, its tight seal actually improves. The valve and seat of the Armstrong trap provide essentially line contact-resulting in a tight seal because the entire closing force is concentrated on one narrow seating ring.
An Armstrong inverted bucket steam trap continues to operate efficiently with use. Gradual wear slightly increases the diameter of the seat and alters the shape and diameter of the valve. But, as this occurs, a tight seal is still preserved-the ball merely seats itself more deeply.
Corrosion-resistant parts
The stainless steel valve and seat of the Armstrong inverted bucket steam trap are individually ground and lapped together in matched sets. All other working parts are wear- and corrosion-resistant stainless steel.
Venting of air and CO2
The Armstrong inverted bucket provides continuous automatic air and CO2 venting with no cooling lag or threat of air binding.
Operation against back pressure
The Armstrong inverted bucket has excellent performance against back pressure. It has no adverse effect on inverted bucket operation other than to reduce its capacity by the low differential. The bucket simply requires less force to pull the valve open and cycle the trap.
Freedom from dirt problems
Armstrong designed its inverted bucket to be virtually free of dirt problems. The valve and seat are at the top of the trap, far away from the larger particles of dirt, which fall to the bottom. Here, the up-and-down action of the bucket pulverizes them.
Since the valve of an inverted bucket is either fully closed or open, dirt particles pass freely. And the swift flow of condensate from under the bucket's edge creates a unique self-scrubbing action that sweeps dirt out of the trap.
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Part #:501-C5297-26
- Inverted Bucket Steam TrapsEnergy efficient because it's so reliable
The inverted bucket is the most reliable steam trap operating principle known. The heart of its simple design is a unique leverage system that multiplies the force provided by the bucket to open the valve against pressure.
Since the bucket is open at the bottom, it resists damage from water hammer, and wear points are heavily reinforced for long life. The inverted bucket has only two moving parts-the valve lever assembly and the bucket. That means no fixed points, no complicated linkage. Nothing to stick, bind or clog.
Conserves energy even in the presence of wear
Armstrong inverted bucket steam traps open and close based on the difference in density between condensate and steam-the inverted bucket principle. They open and close gently, minimizing wear. This simple fact means that inverted buckets are subject to less wear than some other types of traps.
In fact, as an Armstrong inverted bucket trap wears, its tight seal actually improves. The valve and seat of the Armstrong trap provide essentially line contact-resulting in a tight seal because the entire closing force is concentrated on one narrow seating ring.
An Armstrong inverted bucket steam trap continues to operate efficiently with use. Gradual wear slightly increases the diameter of the seat and alters the shape and diameter of the valve. But, as this occurs, a tight seal is still preserved-the ball merely seats itself more deeply.
Corrosion-resistant parts
The stainless steel valve and seat of the Armstrong inverted bucket steam trap are individually ground and lapped together in matched sets. All other working parts are wear- and corrosion-resistant stainless steel.
Venting of air and CO2
The Armstrong inverted bucket provides continuous automatic air and CO2 venting with no cooling lag or threat of air binding.
Operation against back pressure
The Armstrong inverted bucket has excellent performance against back pressure. It has no adverse effect on inverted bucket operation other than to reduce its capacity by the low differential. The bucket simply requires less force to pull the valve open and cycle the trap.
Freedom from dirt problems
Armstrong designed its inverted bucket to be virtually free of dirt problems. The valve and seat are at the top of the trap, far away from the larger particles of dirt, which fall to the bottom. Here, the up-and-down action of the bucket pulverizes them.
Since the valve of an inverted bucket is either fully closed or open, dirt particles pass freely. And the swift flow of condensate from under the bucket's edge creates a unique self-scrubbing action that sweeps dirt out of the trap.
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