Water treatment services product catalog

Transcription

1 Water treatment services product catalog

2 custom work Sample cooler Sample coolers are a safe method of withdrawing water from boilers, steam lines or tanks containing chemicals and for cooling the withdrawn liquid for subsequent chemical analysis. This Rugged Counter Flow Heat Exchanger is easy to install. The inner coil uses 316 stainless steel and is one-piece construction. Removable coil samples coolers are also available. Made in the USA. Shell: End caps: Carbon steel or type 316 SS Carbon steel or type 316 SS ¼ NPT adapters: 316 Stainless Steel Coil: Max coil pressure: Max shell pressure: Continuous coil of type 316 stainless steel 2500 psi 250 psi Overall length: 13 5/8 Diameter of shell: 3 ½ Mounting: 3 pipe clamp Cooling water fittings: Inlet & outlet, 3/8 NPT steel (female) Weight: 13 lbs. Material Pressure rating Model Coil Shell Coil Shell ESC-CS 316 SS Steel 2500 psi 250 psi ESC-SS 316 SS 316 SS 2500 psi 250 psi PAGE 2 PAGE 3

3 Corporation Stop and Nozzle Assemblies Injection Quills product data sheet Injection quills are designed to ensure a more uniform and rapid dispersal of injection chemicals into the center stream of a process pipeline. This prevents corrosive liquids from clinging to the side of the pipe. Injection quills are available in a variety of materials and pressure ranges as shown on the chart below. Pressure and temperature are dependent on the material of construction and vary from 150 and 3000 psi and 100 F (37 C) and 500 F (260 C). Protection chain to prevent the Nozzle Assembly from being completely withdrawn before Corporation Stop is closed and is a safety feature to protect against back pressure Operating pressures to 150 psi Quill available in: Corrosion-resistant CPVC, 316 Stainless Steel and Alloy 20 Corporation Stop (brass only) available with ¾ or 1 process connections Quill connection ½ female all models Model CS-75-PVC CS-100-PVC Material type CPVC CPVC Pressure 125 psi 125 psi Lead free (LF) available Temperature (max) 100 ºF (37 ºC) 100 ºF (37 ºC) Side (D) ¾ NPT 1 NPT Dimensional data A B C ½ 7 5 /8 ½ NPT ½ NPT CS-100-KY Kynar 150 psi 250 ºF (121 ºC) 1 NPT /8 ½ NPT High pressure, high temperature application Simple to use ½, ¾, or 1 NPT male process connection and ½, ¾, or 1 NPT male chemical inlet connection Built-in check valves to prevent backflow of water or steam through the nozzle and into the chemical line Also available without check valves Two machined flat surfaces on external portion of nozzle so a wrench can be used during installation Telltale to ensure proper nozzle alignment with process steam for proper dispersal of injected chemical Also available CPVC, Alloy 20 Hastelloy Model Material of construction Pressure (max) Temperature (max) QC SS 1000 psi 500 ºF (260 ºC) QC-KY-050 Kynar 150 psi 200 ºF (93 ºC) QC-PVC-050 PVC 150 psi 100 ºF (37 ºC) QC SS 3000 psi 500 ºF (260 ºC) QC-KY-075 Kynar 150 psi 200 ºF (93 ºC) QC-PVC-075 PVC 150 psi 100 ºF (37 ºC) CS CS SS 316 SS 150 psi 150 psi 250 ºF (121 ºC) 250 ºF (121 ºC) ¾ NPT 1 NPT ½ 7 5 /8 ½ NPT ½ NPT QC SS 3000 psi 500 ºF (260 ºC) CS-75-C20 CS-100-C20 ALLOY 20 ALLOY psi 150 psi 250 ºF (121 ºC) 250 ºF (121 ºC) ¾ NPT 1 NPT ½ 7 5 /8 ½ NPT ½ NPT QC-KY-100 Kynar 150 psi 200 ºF (93 ºC) QC-PVC-100 PVC 150 psi 100 ºF (37 ºC) PAGE 4 PAGE 5

4 Duplex Injection Quills Retractable injection quill Injection quills are designed to ensure a more uniform and rapid dispersal of injection chemicals into the center stream of a process pipeline. This prevents corrosive liquids from clinging to the side of the pipe. The Duplex Injection Quill allows multiple chemicals to be inserted simultaneously. Duplex Injection Quills are primarily made from 316 Stainless Steel, but other materials are available. Pressure and temperature are dependent on the material of construction and vary from 100 F (37 C) to 500 F (260 C) at 1000 psi max. FEATURES Insertion length of the inner tube is adjustable, based on where the customer sets the compression fitting Hex shaped body allows a wrench to be used during installation Chemical Inlet Connections ¼ MNPT chemical inlet connection ¼ FNPT chemical inlet connection Process Connection ½ or ¾ MNPT process connection Application Injection nozzle allows for proper injection into liquid, gas or mixed phase system Nozzles can be removed for inspection without system shutdown Adjustable quill permits precise positioning of quill in fluid flow and restrains stinger during insertion/removal Available in larger sizes, up to 3 MNPT connection Welded safety collar Also available CPVC, Alloy 20 Hastelloy Process Connection ¾ or 1 MNPT (standard) Quill, ¼ pipe Pressure rating: 300 psi Material 316 stainless steel construction Other materials available upon request materials Wetted Parts: Packing: Type 316 stainless steel Graphite (maximum temperature F) Model Process Connection Material of Construction Pressure (max) Temperature (max) QCD ¾ MNPT 316 SS 1000 psi 500 ºF (260 ºC) QCD MNPT 316 SS 1000 psi 500 ºF (260 ºC) Model Process Connection Material of Construction Pressure (max) Temperature (max) QR ¾ MNPT 316 SS 300 psi 500 ºF (260 ºC) QR MNPT 316 SS 300 psi 500 ºF (260 ºC) PAGE 6 PAGE 7

5 Corrosion coupon rack kit The corrosion test rack simplifies the procedure for establishing a corrosion monitoring program. The kit consists of ¾ or 1 threaded PVC schedule 40 clear PVC pipe and PVC fittings. The kit is easily assembled via threaded connections and an easy to follow instruction guide. This kit also includes (4) foam covers to minimize exposure to sunlight. Four test coupon holders are provided so that multi-metallic systems can be tested. An inline 5 or 12 GPM flow regulator is incorporated into the assembly for Model # F10-KIT shown maintaining constant water velocity. A variable in-line flowmeter is also available as an option for critical measurement of water velocities. An optional clear Y-strainer is available to help maintain water velocity through the flowmeter and pipe rack. The corrosion test rack is designed according to ASTM designation D which specifies the monitoring of corrosivity of water in the absence of heat transfer (weight loss methods). Made in the USA. The corrosion test rack simplifies the procedure for establishing a corrosion monitoring program. This unit is preassembled and consists of threaded PVC, black iron or stainless steel pipe and fittings. One to six test sites can be provided so that the multi-metallic systems can be tested. A variable in-line flow regulator can be incorporated into the assembly for critical measurement of water velocities. An optional Y-strainer is available to help maintain water velocity through the flow meter and pipe rack. The corrosion test rack is designed according to ASTM designation D which specifies the monitoring of corrosivity of water in the absence of heat transfer (weight loss methods). Options Corrosion coupon rack - series station coupon holders Available with or without a mounting board High pressure (300 psi) coupon rack available (2600 series) Construction: ¾ or 1 clear PVC, four station coupon rack ¾ or 1 clear threaded PVC sch. 40 pipe and standard Sch, 80 PVC fittings Construction materials available Black iron Part number Size Material Dimensions: Flow regulator: Coupon holders: 24 H x 30 W 5 or 10 GPM flow regulator 4 coupon holders CPVC PVC 304 stainless steel 316 stainless steel 2200 ¾ Black iron Black iron 2400 ¾ PVC PVC Foam covers: 4 foam covers for clear PVC pipe 2500 ¾ Stainless steel Construction materials available Black iron CPVC PVC Part number F05-kit-clear F10-kit-clear Description 304 stainless steel 316 stainless steel ¾ 4 station coupon rack kit 1 4 station coupon rack kit Blue-white flow meter model F-41000LN-16, 2-20 GPM, with 1 FNPT connection Y-strainer, PVC Sch 80 Construction: Dimensions: Threaded PVC, black iron, or type 304 stainless steel pipe and fittings 24 H x 30 W Flow regulator: ¾ - 5 GPM (standard), 1-10 GPM (standard) Stainless steel Flow meter: Y strainer: Optional 2-20 GPM flow meter Optional Maximum allowable pressure psi psi psi >140 Not recommended PAGE 8 PAGE 9

6 Coupon By-Pass System 4000 Series TEST COUPON HOLDER Our standard 4000 Series Corrosion Test Coupon By-Pass Systems are available with one to six coupon holders and have both inlet and outlet isolation ball valves. They are available in a choice of four materials: Sch 80 PVC, suitable for most applications; CPVC, for applications requiring moderately higher temperature; Carbon Steel and Stainless Steel for high-temperature applications. The PVC and CPVC bypass systems are mounted on a high density polyethylene mounting board. All piping and valves for the bypass are to be either ¾ or 1 inch. Model #4200-2MS-F05 shown Made in the USA. Applications Cooling Towers Chillers Boilers Heat Exchangers Condenser Units Construction materials available Black iron CPVC PVC OPTIONS 304 stainless steel 316 stainless steel Hardware: Process connection: Nylon, Teflon & stainless steel ¾ MNPT / 1 MNPT Custom configurations and materials Back flow check valves Flow control valves Flow indicators Y-strainers Test dample valves 1. Test specimens must be handled carefully to avoid coating with natural oil from the skin, thread compound or any similar material. 2. When removed, each specimen is to be carefully disconnected from the holder and then immediately dried with hot air or by sponging with a paper towel. Do not clean or remove any residue that may be on the coupon. Insert the specimen in the original envelope or wrap in cellophane. Enclose the test coupon data card showing company name, locations of the bypass, specimen number, date of installation and date of removal. Promptly mail to the Eddington Group for analysis. Made in the USA Standard Pipe Plug Assemblies Carbon Steel or PVC Plugs Stem Material ¾ NPT PVC 1 NPT PVC ¾ NPT Nylon 1 NPT Nylon ¾ NPT Teflon 1 NPT Teflon ¾ NPT Steel 1 NPT Steel PAGE 10 PAGE 11

7 Corrosion TEST COUPONS Retractable coupon holder Applications To provide a basis for estimating service life of process equipment To provide an insight into corrosion mechanics To compare resistance of one alloy to another As a quality control test for a given heat of alloy Pr-weighing and Post-weighing of coupons available upon request FINISHES Coupons can be furnished with a variety of finishes depending on your particular application. Some of the typical finishes available are defined below. MILL: Finish as produced from mill Pre-weighing and post-weighing are available by request GLASS BEAD: Blasted with fine glass beads to remove mill scale 120 GRIT: Fine finish commonly used in corrosion tests, such as pitting studies, where smooth surface finish is desired. Finishes up to 600 grit (extremely fine) can be provided Simple Retrieval System (up to 300 psi) for removing corrosion test coupons. Custom Retractable Holder available upon request. P/N Material Hole Size C10110 steel 3/ Copper, CDA110 3/ Admiralty brass 3/ Galvanized steel 3/ Copper Nickel, 90/10 3/ Aluminum, 7075-T6 3/16 Standard connection ¾ MNPT Available with ½ to 2 NPT threaded or flange connections Safety chain Welded safety collar Process Connection ¾ or 1 MNPT (standard) Type 304 stainless steel 3/ Type 316 stainless steel 3/ Mesh bio film 3/ Deposition/scale coupon steel C1010 3/16 Materials Wetted Parts: Packing: Type 316 stainless steel Graphite (maximum temperature F) PAGE 12 PAGE 13

8 Manual Glycol Feeder GL50-M-E product data sheet Glycol Feeder GL-50-E GEAR PUMP: ⅓¾ HP and ½ HP gear pump. Provides steady and even flow against pressure with an internal pressure relief bypass valve. Pump suction plumbing includes PVC drain valve, flexible tubing and Y-strainer. Pump discharge tubing includes PVC ball valve, brass check valve, brass piping and ¼ NPT pressure gauge TANK: 55 gallon polyethylene tank with a PE cover. Tank is fully supported and restrained by a carbon steel bottom mount stand. Stand painted with water-based enamel CONTROL PANEL: The NEMA 4X control panel comes standard with 115V power cord. The control panel includes 3 position (hand-off-auto), switch and light for main power, low level light and 15 AMP fuse LOW LEVEL SWITCH: Polypropylene side entering low level switch with 10 AMP relay PRESSURE SWITCH: ¼ NPT pressure switch PRESSURE RELIEF VALVE: PSI TANK: 55 gallon polyethylene tank with a PE cover. The Tank is fully supported and restrained by a carbon steel bottom mount stand. Stand painted with enamel paint SYSTEM CONNECTION: ¾ Brass FNPT Made in the USA GEAR PUMP: 1/3 HP or 1/2 HP gear pump provides steady and even flow against pressure with an internal pressure relief bypass valve. Pump suction plumbing includes PVC drain valve, flexible tubing and Y-strainer. Pump discharge tubing includes brass check valve ELECTRICAL: 115 Volt AC power cord, 8 L PIPING: ½ sch 80 PVC piping and schedule 40 brass piping DIMENSIONS: 23 L x 23 W x 62 H SYSTEM CONNECTION: ¾ Brass FNPT, model #GL-50-M-E Made in the USA Glycol Feeder Options Part Number Description GL-50-E Comes Standard with Low Level Light GL-50-E-AA Comes with Low Level Light and Audible Alarm GL-50-E-RC Comes with Low Level Light and Remote Contact Switch GL-50-2A Duel Zone Glycol Feeder with: 2 each ½ HP Bronze Rotary Gear Pump (1.5 GPM@ 100 psi) GL-50-M-E Manual Feeder with suction and discharge assemblies and 1/3 HP Pump GL-100-E 100 Gallon Tank with 1 2 HP Pump and same options as GL-50-E GL-Hinged-Lid Standard Lid with a 1/3 Hinged Opening *Other options available PAGE 14 PAGE 15

9 Flow Regulators Flow Regulators Applications Cooling towers Water softeners Tankless heaters Water filters Ground water heat pumps Irrigation systems Pumps (well and packing water) Drinking fountains Water purifiers materials The Eddington Flow Regulator is designed to deliver a constant volume of water flow over a wide pressure drop range. The constant flow of water is maintained by the use of the flexible orifice. The flow rate is maintained to within ± 15% between 15 and 125 psi. The flow rate varies due to manufacturing tolerances and water temperature. Eddington Industries manufactures flow regulators in various materials such as Nickel Plated Brass, Type 316 SS, and PVC. Eddington Flow Regulators come in various flow rates and are 3/8, ½, ¾, 1 FNPT, and 1 ¼, 1 ½, 2, 2 ½, and 3 MNPT and flow rates range from 0.5 to 120 Gallon per minute (GPM). We also use labels that provide extra-strong protection for harsh environments and conditions. They are constructed from durable polyester that is water resistant and tear resistant providing durable and secure protection. All Eddington Flow Regulators are marked with an arrow indicating direction of flow. To ensure proper operation, always install regulator with the arrow pointed downstream. Made in the USA flow (GPm) flow characteristics: fr series valves typical ridged restrictor 1 2 PVC, stainless steel, lead free nickel plated brass Sizes: 3/8, ½, ¾, 1, 1 ¼, 1 ½, 2, 2 ½, 3, NPT Rubber orifice: Buna, Viton, EPDM Custom connections, materials and sizes available Lead free (LF) available Model # (Nickel Plated Brass) Flow (GPM) Inlet Connection Diameter (Inches) Length (Inches) FR-038-S.06 to 1.0 3/8 FNPT 7/8 HEX 1 ¾ FR-050-S 1.0 to 6.0 ½ FNPT 1 HEX 1 15/16 FR-075-S 1.0 to 11.5 ¾ FNPT 1 ¼ HEX 2 9/32 FR-100-S 1.0 to 30 1 FNPT 1 ½ HEX 2 ¾ FR-125-S 1.0 to 30 1 ¼ MNPT 1 ¼ PIPE 3 FR-150-S 1.0 to 30 1 ½ MNPT 1 ½ PIPE 3 FR-200-S 1.0 to 30 2 MNPT 2 PIPE 3 FR-250-S 30 to 90 2 ½ MNPT 2 ½ PIPE 4 FR-300-S 30 to MNPT 3 PIPE 4 ½ threshold pressure Differential Pressure (P.s.i.) PAGE 16 PAGE 17

10 Bromine Feeders Embrittlement Detector product data sheet Application Bromine feeders are a convenient and efficient way to properly feed solid biocides or other corrosive water treatment chemicals. These units easily handle ball, stick, tablet and other forms of bromine. Vinyl ester resin body tanks are superior to standard steel by-pass feeders for shot feeding corrosive chemicals. Feed rates from 2-1/2 through 230 lb. per day Bottom inlet and drain connection Top opening with threaded, gasketted closure Rated to 150 PSI at 150 F Optional PVC piping kits include strainers and all required fittings Optional flow indicators in four ranges Pressure relief valves and solenoid valves optional Tanks Piping kits Flow indicators Relief valve Funnels Embrittlement Detector for ASTM-D807 Calculated Delivery Rates Model Total Capacity (Lbs.) Flow Range (GPM) Tanks Vinyl ester resin bodies have two threaded side connections; one threaded bottom connection and one 2-1/2 or 4 top opening with threaded gasketted closure. Tanks rated to 150 psi at 150F. Lower Outlet Feed Rate (Lbs./Day) Lower Outlet Reserve Cap. (Lbs.) Upper Outlet Feed Rate (Lbs./Day) BT N/A N/A BT N/A N/A BT N/A N/A BT BT N/A N/A Upper Outlet Reserve Cap. (Lbs.) The Embrittlement Detector is designed to simulate conditions in a boiler tube seam. By bringing boiler water in contact with the stressed specimen, the detector determines if the water causes embrittlement cracking. Carbon steel replacement specimens available. Assessing the tendency of industrial boiler waters to cause embrittlement Material construction A108 C1018 PAGE 18 PAGE 19

11 sight gauges steam sampling nozzle product data sheet Liquid level Gauge Used to calibrate chemical injection systems. The gauge provides a visual means for checking the contents of a bulk tank and a means for checking the injection rate of a chemical metering pump. To gauge is designed to operate in low to medium pressure applications up to 500 psig. One minute test Isolate the chemical in the tank from the gauge. The scale on the left side is for the gauge volume and the scale on the right will read the flow rate of the pump; i.e. gallon per Hour (GPH). Keeping the isolation valve closed and noting the number of marks the fluid passes in one minute will give the actual chemical pump rate. gauge features Teflon compression ferrule used to isolate the glass tube from the chamber Rugged armored gauge construction protects sight glass from mechanical impact Custom scales for tank volume or other calibrations are available Armored frame and polycarbonate shield protect operator ½ NPT and flange connections standard Standard sight tube is 5/8 O.D. glass. gauge specifications Process Connection ½ MNPT features Steam sampling nozzles are based on ASTM D Nondestructive testing, welds, heat treatment, construction, materials and design must be in accordance with all applicable codes The line and sampling nozzle should be the same material of construction When single port nozzles cannot be installed in superheated supply tubes, multiport sampling nozzle is recommended for saturated or super heated steam in larger tubes or lines housing material C = Zinc Plated Carbon Steel A = All wetted parts 316 Stainless Steel with 304 Stainless Steel Frame W = All wetted parts 316 Stainless Steel with Zinc Plated Carbon Steel Frame PC = All wetted parts PVC with Carbon Steel Frame PS = All wetted parts PVC with Stainless Steel Frame sight tube material 5/8 O.D. Standard Glass *Other sight tube materials available. Consult factory for options PAGE 20 PAGE 21

12 Eddington Industries was established in 1948 by John J. Wynn as Eddington Tool & Die Company. As industrial output soared in the 1950s, demand for quality manufacturing propelled Eddington Tool & Die to become one of leading machine shops in the Philadelphia area. By the mid-60s, the company doubled the size of its manufacturing plant to meet the demands of such large corporations such as General Motors and others, however; as the need for tool and die making declined, and a technology revolution swept across manufacturing in the United States, the company retooled to invest in computerized machining centers and software technology to increase productivity and produce parts for companies across various industrial sectors. Our team of engineers and machinists are dedicated to meeting the highest standards in manufacturing. As a family-run company, we take particular pride in the quality of our design and work. Through quality control standards and a dedication to excellence, we strive every day to reach a new level of quality and value for our customers. 575 Street Road Bensalem, PA 19020, USA PHONE: (888) FAX: (215) info@eddington-ind.com Copyright 2014 Eddington Industries, LLC All Rights Reserved Disclaimer: While we make every attempt to keep our information up to date, information in this catalog is subject to change without notice.