Graver Technologies Features • High flow rates • Low pressure drop • Maximum filter area and dirt holding capacity • ASME Code designed and constructed • Horizontal in-line connections • Modified and custom designs available • Design pressures from 180 psi to 740 psi • Contact factory for higher pressure applications Applications • For efficient removal of dirt, pipe scale, and other solid matter from low and high pressure liquid pipelines • For polishing and final filtering process liquids such as aqueous chemical solutions • For clarifying recirculating liquids including oils and coolants • For highly viscose liquids • For filtering of solid particles ranging from 0.3 to 750 microns Element Design and Construction Consler's Liquid Filters offer a replaceable, cleanable element that utilizes a pleated design to provide maximum filtration area in a compact filter assembly. Consler's designs assure efficient filtration with long element life and lower pressure loss. Most housings employ only one filter element, and a maximum of three to permit quickand simple element change-outs. The element design and construction offers positive gasket sealing to prevent by-pass of unfiltered liquids. Most filter media options are cleanable and many are also factory recoverable for extended filter life and lower maintenance costs. Element Materials Standard elements are furnished with a polyester filter medium providing nominal efficiency on 20 micron solid particles. CPLHH Series elements are also supplied in many alternate materials offering a particle retention range from .3 to 750 microns. Optional filter materials include nylon, fiberglass, cotton, polypropylene, rayon, TEFLON*, and wire cloth providing an application range from sub-zero temperatures to 1000 ° F. Standard elements are furnished with a carbon steel center core and galvanized steel support frame. 304 Stainless Steel and other materials are also available. Housing Design and Construction Materials of construction include carbon steel, 304 and 316 Stainless Steel as well as other alloys. Housings are designed and constructed in accordance with ASME Code Section VIII Division I requirements for unfired pressure vessels (except for model CPL 110). Models CPL 115 and above and all models CPLH and CPLHH are available with "U" Stamp registration and certification. Inlet/outlet connections are furnished in a horizontal in-line configuration. All models can be quickly serviced without breaking pipe connections. Standard Model Features • Leg Supports CPL 160 and larger CPLH 130 and larger CPLHH 130 and larger • Closure Assembly CPL 180 and larger - hinged closure assembly CPLH 160 and larger - swing away cover devices CPLHH 150 and larger - swing away cover devices • 1/4" NPT Gauge Connections on Inlet/Outlet Nozzles CPL 115 and larger CPLH 120 and larger CPLHH 120 and larger All models provide a large volume sump area for collection of contaminants below the filter element. Standard filter housing may also be modified and customized to meet unique or special application needs. Typical design modifications include: • Special leg lengths • End connection types • Inlet/Outletorientations • Cover lifting devices • Special controls and accessories *DuPont regi

CPL Specifications—180 psig Design Model No. 1. All dimensions are approximate. 2. Based on water and standard 20 micron polyester cartridges. Filter Materials and Ratings • Housings - Carbon Steel Standard Available: 304SS, 316SS, 316LSS, Hastelloy • Pressure/Temperature Ratings CPL 110: 150 psig at 100° F max. CPL 115 & larger, threaded connections: 180 psig at 650° F max. CPL 115 & larger, flanged connections: 180 psig at 466° F max. • Filter Element - Standard "K5" CPL 110: Polyester media, wool gaskets; 20 micron nominal retention, 200° F max.; cleanable. CPL 115 & larger: Polyester media,...

CPLH Specifications—285 psig Design Model No. 1. All dimensions are approximate. 2. Based on water and standard 20 micron polyester cartridges. Filter Materials and Ratings • Housings - Carbon Steel Standard Available: 304SS, 316SS, 316LSS, Hastaloy • Pressure/Temperature Ratings All CPLH models: 285 psig 100° F max. • Filter Element - Standard "K5" CPLH 110: Polyester media, wool gaskets; 10 micron retention at 98%, 200° F max.; cleanable. CPLH 120 & larger: Polyester media, wool gaskets; 10 micron retention at 98%, 200° F max.; cleanable and recoverable. • Closure Gasket CG style spiral wound,...

CPLHH Specifications—740 psig Design Model No. 1. All dimensions are approximate. 2. Based on water and standard 20 micron polyester cartridges. Filter Materials and Ratings • Housings - Carbon Steel Standard Available: 304SS, 316SS, 316LSS, Hastelloy • Pressure/Temperature Ratings All CPLHH models: 740 psig at100° F max. • Filter Element - Standard "K5" CPLHH 110: Polyester media, wool gaskets; 20 micron nominal retention, 200° F max.; cleanable. CPLHH 120 & larger: Polyester media, wool gaskets; 20 micron nominal retention at 200° F max.; cleanable and recoverable. • Closure Gasket CG style...

Selecting the Proper Filter Model Select a CPL filter model from the table based on existing system connection size, and system flow rate. Flow rates are based on water and 20 micron polyester cartridges. Optional element materials are listed on page 8 which offer a variety of micron retention, material compatibility, and temperature selections. Determining Filter Pressure Loss To determine pressure loss through a CPL series filter, find the pressure loss through the housing using nomograph "A", through the selected element using nomograph "B", and add the two together. Nomograph "A" - Housing...

Cutting Oils – Soluble Ethylene Glycol Ketone Solvents Diesel Fuel Hydrochloric Acid Hydrogen Peroxide Mehtyl Alcohol Mineral Cutting Oils Monoethanolamine (MEA) Ammonia (Anhydrous) Element Medium F = Fair Blank = Not Tested Closure Gasket Compatibility Guide¹ Nitric Acid Sodium Nitrate Propane (Gas &Liquid) Sodium Hydroxide Sulfuric Acid Toluene Trichloroethylene Water – Industrial Water – Deionized, Demineralized, Distilled Xylene * DuPont registered trademark 1. The information contained in this table is intended only as a guide for selecting the proper filter materials. Although the data...