Spray Nozzle Catalog A guide to spray nozzle selection

Transcription

1 Spray Catalog A guide to spray nozzle selection A selection guide to nozzles that will optimize your showering applications.

2 How to Use This Catalog How to identify, specify and order Kadant spray nozzles and parts Identification Each type of Kadant spray nozzle is uniquely identified using a two letter designation called the Series. Spray nozzle characteristics are specified along with the complete spray nozzle code. Example ordering information JN XX X XX XXX Description Description Description Description Series Examine the photo and dimensional drawing The dimensional drawings and spray nozzle photos aid in easier part and part number identification. The accompanying charts, spray nozzle descriptions, and flow data will allow the correct spray nozzle to be specified for the application. Check performance figures and specifications This catalog contains an individual flow rate chart for each type of Kadant spray nozzle. Flows at various pressures are available for every orifice/fan angle offered. The fan nozzle coverage chart is available on the following page. Construction details and the design pressures are published for each spray nozzle offered. Ordering Parts can be ordered using the new spray nozzle code with the two letter prefix, the old spray nozzle codes/part numbers found in the Parts Cross Reference section 9, or any part numbers previously used for order placement. To place an order, please call to speak with our customer service department. Order and quote requests can also be ed to info@kadant.com. Warranty Kadant warrants that, upon delivery, all spray nozzles and spray nozzle parts will perform according to printed specifications when properly installed. If the spray nozzle fails to perform properly under these conditions for reasons due to original workmanship or materials, Kadant will replace the non-performing spray nozzle or spray nozzle part with a like spray nozzle or spray nozzle part. 2

3 Table of Contents Jet s Series JN Series JJ Series BB Series SB Fan s Series VF Series VH Series FF Series FH Series FL Brush Shower Fan/Jet s Series BF Series BT Series BZ Disc Fan/Jet s Series DF Series DJ Series DL Series DS Self Purging s Series PN Series PT Series PP Table of Contents Trim Squirt s Series TG and TT Series TS VersaTrim System Quick Connect s Series QT Series QV Tools and Accessories Auxiliary Information Technical Information and Related Products

4 ArresTech Spray Enhancement ArresTech spray nozzle enhancement is a proprietary plating technology. ArresTech spray nozzle enhancement imparts hardness, abrasion resistance, and lubricity to the base metal. ArresTech spray nozzle enhancement performance characteristics combine to: 1. Prevent thread galling during nozzle installation and removal. 2. Extend the life of the base metal increasing shower nozzle life, and preserving the design integrity of the part, allowing spray patterns to remain precise longer. 3. Accelerate nozzle installation, removal, and inspection. Galling and nozzle wear While austenitic 300 series stainless steels offer good corrosion resistance, the low hardness results in poor wear performance and contributes to susceptibility to galling. Galling occurs when the stainless steel oxide surface film breaks down as a result of direct metal contact. The symptoms of galling include surface damage, and the seizing and freezing up of equipment. Galling is a severe form of adhesive wear which initially shows up as torn areas on the metal surface. Threads (both straight and NPT) are particularly susceptible to galling due to high friction. On non-wear parts such as pipe fittings, nozzle bases, and nozzle retainer nuts, thread tears will eventually result in the need for part replacement. In extreme cases, solid-phase welding can take place (whereby material is transferred from one surface to another) causing the stainless-to-stainless threads to bond together making disassembly difficult or impossible. Installation costs Many maintenance managers don t admit to having nozzle galling problems. They fail to see that just the potential for stainless-to-stainless galling slows down maintenance tasks which increases costs. To prevent galling, maintenance personnel must work carefully and apply anti-galling compounds and tapes. If severe galling does occur, a three hour nozzle replacement job can easily become six or eight hours for bases to be re-tapped, or in extreme cases, to have nozzles welded into position to stop leaks. But even three hours to change nozzles is too long when a faster, less costly alternative exists. ArresTech spray nozzle enhancement stops thread galling speeds installation To prevent thread galling, one of the two mating threads is plated with ArresTech spray nozzle enhancement. In a lab test, a four inch diameter NPT type 316 stainless steel pipe cap plated with ArresTech spray nozzle enhancement was dry assembled and disassembled to a standard 316L stainless steel nipple over 30 times without any evidence of thread tears. An unplated cap failed due to thread tears during its first dry-assembly. ArresTech spray nozzle enhancement plated 9/16-24 thread, needle-jet nozzles may be dry-installed in standard bases (without anti-galling lubricant or tape) using a power wrench. change time for a typical shower will decrease from hours to just minutes! ArresTech spray nozzle enhancement extends nozzle life minimizes fouling By making the surface of a 316 stainless steel nozzle as hard as a high-speed drill bit, ArresTech spray nozzle enhancement extends nozzle life. While an ArresTech spray nozzle enhancement plated nozzle will not out-wear ceramic, ruby, or sapphire, it will outwear type 316 stainless steel over two to one. Additionally, since the ArresTech spray nozzle enhancement plated nozzle is much less susceptible to damage while cleaning, its useful life may prove longer. 4 Go to Main TOC

5 Jet s SB JJ BB JN Jet s Products Series JN Needle Jet...6 Series JJ Needle Jet with Jeweled or Ceramic Insert...9 Series BB Button Base Needle Jet...11 Series SB Silver Bullet Needle Jet...13 Jet s Go to Main TOC 5

6 JN Needle Jet s Series JN Needle Jet Characteristics The JN needle jet nozzle is designed to deliver a solid stream of water at a wide range of pressures. An integral nozzle extension can be supplied for showers with nozzles installed in the 3 to 9 o clock position. Fluid is supplied to the nozzle from the center of the pipe preventing settled contaminants from plugging the nozzle. Components, Jet O-Ring, Buna-N, , Jet, with Extension Internal extensions are used when nozzles are located in 3 to 9 o clock positions. Construction Standard material is 316SS. To prevent galling, ArresTech plated stainless steel is available as an option. The nozzles are designed for use in systems that operate up to 1000 psig. Base, * 124N 9/16-24 *Welded to shower not normally replaced. 11/16" 0.57" *** O-Ring 2.4" or 4.4" ** O-Ring only included with ArresTech plated nozzles that have connection sizes of 1/4 BSPP and 9/ Jet Ordering Information Length Code Connection Size/Type Code Series JN 9U 2 A 040 Connection Length Construction Material Orifice Construction Material ArresTech Plated 316SS*** 316SS Code A S 1/4 NPT 1/4 1/4 BSPT 4B 9/ U 1/4 BSPP 4B ***Available for orifice sizes and larger. 6 Go to Jet s TOC

7 JN Needle Jet s Series JN Needle Jet Flow Rate (Gallons per Minute) Orifice Orifice (inch) Pressure (PSI) Title Title Title Title Jet s Title Title Title Title Title Go to Jet s TOC 7

8 JN Needle Jet s Series JN Needle Jet Flow Rate (Liters per Minute) Orifice Orifice (mm) Pressure kpa (Bars) Go to Jet s TOC

9 JJ Needle Jet s Series JJ Needle Jet with Jeweled or Ceramic Insert Characteristics The JJ needle jet nozzle uses a Duracerm ceramic, ruby or sapphire insert material and is designed to deliver a solid stream of water at a wide range of pressures. Ruby and sapphire inserts have excellent erosion resistance to liquid flow, maximizing nozzle life. Duracerm ceramic is one of the toughest shower nozzle materials available. It will withstand thermal shock and provide long life compared with stainless steel. An integral nozzle extension can be supplied for showers with nozzles installed in the 3 to 9 o clock position. Fluid is supplied to the nozzle from the center of the pipe preventing settled contaminants from plugging the nozzle. Construction All JJ series nozzles are 316SS plated with ArresTech to prevent thread galling during installation. The standard nozzles are designed for use in systems that operate up to 1000 psig. Sapphire nozzles are available with a 5000 psig design option. Components, Jet O-Ring, Buna-N, ** O-Ring Insert Disk Go to Jet s TOC, Jet, with Extension Internal extensions are used when nozzles are located in 3 to 9 o clock positions. Base, * 124N 9/16-24 *Welded to shower not normally replaced. 11/16" 0.49" ** O-Ring only included with 9/16 24 threads. Jet Ordering Information Length Code Connection Size/Type Code /4 NPT 1/4 JJ 9U P 2 A 040 HP /4 BSPT 4B / U Series Length Orifice Design Insert Pressure Construction Material Code Insert Material Code Connection Material Construction ArresTech Plated 316SS A Ruby R Material Sapphire P Design Pressure Code Duracerm D 1000 PSIG 5000 PSIG *** HP ***Only available with sapphire insert. 2.4" or 4.4" 9 Title Title Title Title Jet s Title Title Title Title Title

10 JJ Needle Jet s Series JJ Needle Jet Jeweled or Ceramic Insert Flow Rate (Gallons per Minute) Sizes Available Pressure (PSI) Duracerm Ruby/ Sapphire Orifice Orifice (inch) x J x J x J x J x J x J x J x J x x J x x J x x J x x J x J x x J x x J x x J x J x x J Flow Rate (Liters per Minute) Sizes Available Duracerm Ruby/ Sapphire Orifice Orifice (mm) Pressure kpa (Bars) x J x J x J x J x J x J x J x J x x J x x J x x J x x J x J x x J x x J x x J x J x x J Go to Jet s TOC

11 BB Needle Jet s Series BB Button Base Needle Jet Characteristics The BB needle jet nozzle is designed to deliver a solid stream of water at a wide range of pressures. Components, Jet Construction All BB series nozzles are constructed of 316SS and are available with ArresTech plating as an option. The nozzles are designed for use in systems that operate up to 1000 psig. Series Jet Ordering Information BB 4U A 040 Connection Construction Material Orifice 5/16" 0.53" Construction Material Code ArresTech Plated 316SS** A 316SS S **Available for orifice sizes and larger. Base* 124L 1/4-28 *Welded to shower not normally replaced. Connection Size/Type Code 1/4 28 4U 1/4 BSPT 4B 1/4 NPT 1/4 Title Title Title Title Jet s Title Title Title Title Title Go to Jet s TOC 11

12 BB Needle Jet s Series BB Button Base Needle Jet Flow Rate (Gallons per Minute) 316 Stainless Steel Sizes Available Pressure (PSI) Orifice Orifice Duracerm Ruby/Sapphire (inch) x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x Flow Rate (Liters per Minute) 316 Stainless Steel Sizes Available Duracerm Ruby/Sapphire Orifice Orifice (mm) Pressure kpa (Bars) x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x Go to Jet s TOC

13 SB Needle Jet s Series SB Silver Bullet Needle Jet Characteristics The SB needle jet nozzle is designed to deliver a solid stream of water at a wide range of pressures. An integral nozzle extension is included to prevent liquid from being drawn from the bottom of the pipe, preventing settled debris from plugging the nozzle. Please note that for optimum performance, the nozzle should only be installed on the lower half of the shower pipe (between 3 to 9 o clock). Construction All SB series nozzles are constructed of 316SS and are available with optional ArresTech plating. The nozzles are designed for use in systems that operate up to 1000 psig. Series SB 1/4 2 A 040 Connection 1/8" NPT or BSPT Length Construction Material 7/16" 1.13" or 1.625" Orifice Components 1/4" NPT or BSPT, Jet 5/8" 1.13" or 1.625" or 2.13" Length Code Connection Size/Type Code /8 NPT 1/ /4 NPT 1/ /8 BSPT 2B 1/4 BSPT 4B Construction Material Code ArresTech Plated 316SS A 316SS S Available for orifice sizes and larger. Title Title Title Title Jet s Title Title Title Title Title Go to Jet s TOC 13

14 SB Needle Jet s Series SB Silver Bullet Needle Jet Flow Rate (Gallons per Minute) Orifice (inch) Pressure (PSI) Flow Rate (Liters per Minute) 14 Orifice (mm) Go to Jet s TOC Pressure kpa (Bars)

15 Fan s VH FH SB VF FF FL Fan s Products Series VF V Fan...16 Series VH V Fan Insert...25 Series FF Flood Fan...34 Series FH Flood Fan Insert...37 Series FL Flat Fan...40 Fan s Go to Main TOC 15

16 VF Series V Fan s Series VF V Fan Characteristics The VF Series V fan nozzle produces a flat fan-shaped spray pattern. It is available in a wide range of angles from 15 to 110 measured at 40 psig. The nozzle is available with an optional 316SS, 50 mesh screen. Components V Fan Construction All VF Series nozzles are constructed of 316SS and are available with ArresTech plating as an option. The nozzles are designed for use in systems that operate up to 300 psig. Base, * 124N 9/16-24 A /8 NPT A /4 NPT *Welded to shower not normally replaced. 0.31" 0.31" Wrench Flat Wrench Flat 0.562" Hex Size (see chart) Hex Size (see chart) 1.00" Hex Size (see chart) 1.00" NPT and BSPT Sizes Hex. Sealing O-Ring 0.438" 1/4"-18 NPT 9/16" Optional Filter Screen Series Fan Ordering Information VF 9U A F Connection Construction Material Fan/Orifice Filter Construction Material ArresTech Plated 316SS 316SS Code A S Filter Code No Filter 50 Mesh Screen F Connection Code Hex Size A 1/4 NPT 1/ /8 NPT 1/ /8 BSPT 2B /4 BSPT 4B / U /8 NPT 3/ /2 NPT 1/ /4 NPT 3/ Go to Fan s TOC

17 VF Series 1st V Level Fan Subhead s Series VF V Fan Flow Rate (Gallons per Minute) Fan Angle (degree) at 40 psi Code Equivalent Orifice (inch) Pressure (PSI) Fan Angle at psi* N/A Blank (316SS) - Used to Disable Flow *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Quick Connect s Fan s Go to Fan s TOC 17

18 VF Series V Fan s Series VF V Fan Flow Rate (Gallons per Minute) Fan Angle (degree) at 40 psi Code Equivalent Orifice (inch) Pressure (PSI) Fan Angle at psi* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. 18 Go to Fan s TOC

19 Series VF V Fan s Series VF V Fan Flow Rate (Gallons per Minute) Fan Angle (degree) at 40 psi Code Equivalent Orifice (inch) Pressure (PSI) Fan Angle at psi* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Title Title Title Title Fan s Title Title Title Title Title Go to Fan s TOC 19

20 Series VF V Fan s Series VF V Fan Flow Rate (Gallons per Minute) Fan Angle (degree) at 40 psi Code Equivalent Orifice (inch) Pressure (PSI) Fan Angle at psi* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. 20 Go to Fan s TOC

21 Series VF V Fan s Series VF V Fan Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa Code Equivalent Orifice (mm) Pressure kpa (Bar) Fan Angle at kpa (Bar)* N/A Blank (316SS) - Used to Disable Flow *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Title Title Title Title Fan s Title Title Title Title Title Go to Fan s TOC 21

22 Series VF V Fan s Series VF V Fan Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa Code Equivalent Orifice (mm) Pressure kpa (Bar) Fan Angle at kpa (Bar)* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. 22 Go to Fan s TOC

23 Series VF V Fan s Series VF V Fan Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa Code Equivalent Orifice (mm) Pressure kpa (Bar) Fan Angle at kpa (Bar)* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Title Title Title Title Fan s Title Title Title Title Title Go to Fan s TOC 23

24 Series VF V Fan s Series VF V Fan Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa Code Equivalent Orifice (mm) Pressure kpa (Bar) Fan Angle at kpa (Bar)* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. 24 Go to Fan s TOC

25 VH V Fan Insert s Series VH V Fan Insert Characteristics The VH V series fan insert nozzle produces a flat uniform fan spray pattern. It s available in a wide range of angles from 15 to 110. The VH nozzle insert can be used in place of a DF or DJ series nozzle disc, or a FH nozzle insert. The optional extension tube is available for nozzles installed on the bottom of a shower pipe (3 to 9 o clock) to prevent debris from being drawn from the bottom of the pipe and into the nozzle, causing it to plug. Construction All VH series nozzles are constructed of 316SS and are available with ArresTech plating as an option. The nozzles are designed for use in systems that operate up to 300 psig. Series Fan Ordering Information VH S Construction Material Wrench Flat Fan/Orifice Components 0.31" 0.58" 0.45" Construction Material ArresTech Plated 316SS 316SS Nut, Retainer 3/4-27 UNS SS B SS with ArresTech plating V Hood Extension Tube (left) A Extension Tube, Internal, 1.2 Spacer (right) 2148 (nylon) 2148A (316SS) Base 3/4-27 UNS 2006C Base Code A S Title Title Title Title Fan s Title Title Title Title Title Go to Fan s TOC 25

26 VH V Fan Insert s Series VH V Fan Insert Flow Rate (Gallons per Minute) Fan Angle (degree) at 40 psi Fan/Orifice Equivalent Orifice (inch) Pressure (PSI) Fan Angle at psi* N/A Blank (316SS) - Used to Disable Flow *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. 26 Go to Fan s TOC

27 VH V Fan Insert s Series VH V Fan Insert Flow Rate (Gallons per Minute) Fan Angle (degree) at 40 psi Code Equivalent Orifice (inch) Pressure (PSI) Fan Angle at psi* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Title Title Title Title Fan s Title Title Title Title Title Go to Fan s TOC 27

28 VH V Fan Insert s Series VH V Fan Insert Flow Rate (Gallons per Minute) Fan Angle (degree) at 40 psi Fan/Orifice Equivalent Orifice (inch) Pressure (PSI) Fan Angle at psi* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. 28 Go to Fan s TOC

29 VH V Fan Insert s Series VH V Fan Insert Flow Rate (Gallons per Minute) Fan Angle (degree) at 40 psi Code Equivalent Orifice (inch) Pressure (PSI) Fan Angle at psi* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Title Title Title Title Fan s Title Title Title Title Title Go to Fan s TOC 29

30 VH V Fan Insert s Series VH V Fan Insert Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa Code Equivalent Orifice (mm) Pressure kpa (Bar) Fan Angle at kpa (Bar)* N/A Blank (316SS) - Used to Disable Flow *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. 30 Go to Fan s TOC

31 VH V Fan Insert s Series VH V Fan Insert Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa Code Equivalent Orifice (mm) Pressure kpa (Bar) Fan Angle at kpa (Bar)* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Title Title Title Title Fan s Title Title Title Title Title Go to Fan s TOC 31

32 VH V Fan Insert s Series VH V Fan Insert Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa Code Equivalent Orifice (mm) Pressure kpa (Bar) Fan Angle at kpa (Bar)* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. 32 Go to Fan s TOC

33 VH V Fan Insert s Series VH V Fan Insert Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa Code Equivalent Orifice (mm) Pressure kpa (Bar) Fan Angle at kpa (Bar)* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Title Title Title Title Fan s Title Title Title Title Title Go to Fan s TOC 33

34 FF Flood Fan s Series FF Flood Fan Characteristics The FF series flood fan nozzle is available in two different body lengths. This allows alternating shower nozzles installed in a straight line on a pipe to spray parallel fan patterns that do not interfere. The flow is deflected from the centerline at an angle of 72 as shown on the drawing. Components Fan Construction All FF series nozzles are constructed of 316SS and are available with ArresTech plating as an option. The nozzles are typically used in systems that operate at 100 psig or less. Deflection 72 X A 0.625" 34 Fan Ordering Information Series FF 4B H A Connection Length Construction Material Fan/Orifice Go to Fan s TOC Length A X Code 1.25 * L 1.25 * H *Overall length A will be 1.35 for orifice sizes and larger. Connection Size/Type Code 1/4 NPT 1/4 1/8 NPT 1/8 1/4 BSPT 4B 1/8 BSPT 2B 9/ U Construction Material Code ArresTech Plated 316SS** A 316SS S **Available for orifice sizes and larger.

35 FF 1st Flood Level Fan Subhead s Series FF Flood Fan Flow Rate (Gallons per Minute) Fan Angle (degree) at 40 psi Code Equivalent Orifice (inch) Pressure (PSI) Fan Angle at psi* FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF Quick Connect s Fan s *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Go to Fan s TOC 35

36 FF Flood Fan s Series FF Flood Fan Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa Code Equivalent Orifice (mm) Pressure kpa (Bars) Fan Angle at kpa (Bars)* FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. 36 Go to Fan s TOC

37 FH Flood Fan 1st Level Insert Subhead s Series FH Flood Fan Insert Characteristics The FH series flood fan insert nozzle is available in two different body lengths. This allows alternating shower nozzles installed in a straight line on a pipe to spray parallel fan patterns that do not interfere. The flow is deflected from the center line at an angle of 75 as shown. The FH nozzle insert can be used in place of a DF or DJ series nozzle disc or the VH V Fan. The optional extension tube is available for nozzles installed on the bottom of a shower pipe (3 to 9 o clock) to prevent debris from being drawn from the bottom of the pipe and into the nozzle, causing it to plug. Construction All FH series nozzles are constructed of 316SS. The nozzles are typically used in systems that operate at 100 psig or less. As an option, the nozzle retainer nut can be plated with ArresTech to prevent thread galling during installation. Series Hood Insert Ordering Information FH S H Construction Material Length Deflection 75 X Fan/Orifice Components A 0.58" Nut, Retainer 3/ B 316SS 2007BA 316SS with ArresTech plating Hood Insert Length A X Code 0.71 ** S 0.71 ** H **Overall length A will be 0.81 for orifice sizes and larger. Construction Material 316SS Extension Tube (left) A Extension Tube, Internal, 1.2 Spacer (right) 2148 (nylon) 2148A (316SS) Base 316SS 3/4-27* 2006C *Welded to shower not normally replaced. Code S Title Title Title Title Fan s Title Title Title Title Title Go to Fan s TOC 37

38 FH Flood Fan Insert s Series FH Flood Fan Insert Flow Rate (Gallons per Minute) Fan Angle (degree) at 40 psi Code Equivalent Orifice (inch) Pressure (PSI) Fan Angle at psi* FH FH FH FH FH FH FH FH FH FH FH FH FH FH FH FH FH FH FH FH FH FH *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. 38 Go to Fan s TOC

39 FH Flood Fan Insert s Series FH Flood Fan Insert Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa 120 Code Equivalent Orifice (mm) Pressure kpa (Bars) Fan Angle at kpa (Bars)* FH FH FH FH FH FH FH FH FH FH FH FH FH FH FH FH FH FH FH FH FH FH *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Title Title Title Title Fan s Title Title Title Title Title Go to Fan s TOC 39

40 FL Flat Fan s Series FL Flat Fan Characteristics The FL series flat fan nozzle delivers a flat pattern, concentrating the energy on the surface being sprayed for maximum cleaning efficiency. The flow is deflected away from the nozzle centerline by the angle shown. Components Flat Fan Construction All FL series nozzles are constructed of 316SS. The nozzles are typically used in systems that operate at 150 psig or less. Deflection B A C Series Flat Fan Ordering Information FL 1/4 S Connection Construction Material Fan/Orifice Construction Material 316SS Code S Connection Size/Type Code 1/4 NPT 1/4 3/8 NPT 3/8 1/2 NPT 1/2 1/4 BSPT 1/4B 3/8 BSPT 3/8B 1/2 BSPT 1/2B 40 Go to Fan s TOC

41 FL 1st Flat Level Fan Subhead s Series FL Flat Fan Flow Rate (Gallons per Minute) Fan Angle (degree) at 40 psi 15 Code Available Thread Sizes 1/4 NPT 3/8 NPT 1/2 NPT Length (A) (B) Deflection Angle (Deg) Equivalent Orifice (inch) Flow (GPM) Pressure (PSI) Hex Size C (inches) Fan Angle at psi* F F F F F F F F F F F F F F F F F F F F F F F F F F F F F F Quick Connect s Fan s *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Go to Fan s TOC 41

42 FL Flat Fan s Series FL Flat Fan Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa (2.75 Bar) Code Available Thread Sizes 1/4 NPT 3/8 NPT 1/2 NPT Hex Size C (inches) Length (A) (B) Deflection Angle (Deg) Equivalent Orifice (mm) Flow (LPM) Pressure kpa (Bar) Fan Angle at kpa (Bar)* F F F F F F F F F F F F F F F F F F F F F F F F F F F F F F *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. 42 Go to Fan s TOC

43 Brush Shower Fan/Jet s BT BT BT BF BZ Brush Shower Fan-Jet s Products Series BF Brush Shower Fan...44 Series BT Brush Shower Jet...49 Series BZ Brush Shower Fan...51 Title Title Title Brush Title Shower Fan/Jet Title s Title Title Title Title Go to Main TOC 43

44 BF Brush Shower Fan s Series BF Brush Shower Fan Characteristics The BF series brush shower fan nozzle is designed to deliver liquid in a range of fan patterns from It s a self aligning disc that can be installed in all Kadant brush showers. Components Retaining Nut, C Construction All BF series nozzles are constructed of 316SS. They are available for application pressures of less than 40 psi. discs are available with ArresTech plating as an option. Disc, Dome Gasket C14217 Base, Casting * C25902-GP1 for use with Sch 10 pipe C25902-GP2 for use with Sch 40 pipe *Welded to shower not normally replaced " Dia. 0.24" 1.05" Brush Shower Fan Ordering Information Series BF S L Fan/Orifice Construction Material ArresTech Plated 316SS 316SS Code A S Application Pressure Code 40 psig and less L 41 to 1000 psig H Construction Material Application Pressure 44 Go to Brush Shower Fan/Jet s TOC

45 BF Brush Shower 1st Level Fan Subhead s Series BF Brush Shower Fan Flow Rate (Gallons per Minute) Fan Angle (degree) at 30 psi (*2) Orifice (inch) Pressure (PSI) Low-Pressure (*2) Spray Angle at High-Pressure (*2) Spray Angle at Blank (316SS) - Used to Disable Flow (*1) (*1) Quick Connect s Brush Shower Fan/Jet s Go to Brush Shower Fan/Jet s TOC 45

46 BF Brush Shower Fan s Series BF Brush Shower Fan Flow Rate (Gallons per Minute) Fan Angle (degree) at 30 psi (*2) 45 Orifice (inch) Pressure (PSI) Low-Pressure (*2) Spray Angle at High-Pressure (*2) Spray Angle at (*3) (*3 ) *1 Reference numbers only. Angle may change depending on the operational conditions such as water temperature, chemicals, viscosity, or build-up contaminations. *2 High-pressure nozzles are tested at 80 psi and low-pressure nozzles are tested at 30 psi for the nominal angle. *3 Maximum angle allowed on BF nozzle assembly is 65 degrees. Nominal angles higher than 65 degrees are meant to operate at lower pressures and reach maximum angle. 46 Go to Brush Shower Fan/Jet s TOC

47 BF Brush Shower Fan s Series BF Brush Shower Fan Flow Rate (Liters per Minute) Fan Angle (degree) at 207 kpa (2.07 Bar) (*2) Orifice (mm) Pressure kpa (Bars) Low-Pressure (< 275 kpa) (*2) Spray Angle at High-Pressure (> 275 kpa) (*2) Spray Angle at Blank (316SS) - Used to Disable Flow Brush Shower Fan/Jet s Go to Brush Shower Fan/Jet s TOC 47

48 BF Brush Shower Fan s Series BF Brush Shower Fan Flow Rate (Liters per Minute) Fan Angle (degree) at 207 kpa (2.07 Bar) (*2) Orifice (mm) Pressure kpa (Bars) Low-Pressure (< 275 kpa) (*2) Spray Angle at High-Pressure (> 275 kpa) (*2) Spray Angle at (*3) *1 Reference numbers only. Angle may change depending on the operational conditions such as water temperature, chemicals, viscosity, or build-up contaminations. *2 High-pressure nozzles are tested at 552 (5.52 Bar) and low-pressure nozzles are tested at 207 kpa (2.07 Bar) for the nominal angle. *3 Maximum angle allowed on BF nozzle assembly is 65 degrees. Nominal angles higher than 65 degrees are meant to operate at lower pressures and reach maximum angle. 60 (*3) 48 Go to Brush Shower Fan/Jet s TOC

49 BT Brush Shower Jet s Series BT Brush Shower Jet Characteristics The BT series brush shower jet nozzle is designed to deliver liquid in a solid stream. The disc can be installed in all Kadant brush showers. Jet nozzles are available with Duracerm ceramic, ruby or sapphire insert materials. Ruby and sapphire inserts have excellent erosion resistance to liquid flow, maximizing nozzle life. Duracerm ceramic is one of the toughest shower nozzle materials available and will provide long life in brush showers. All 316SS nozzles are available with ArresTech plating as an option, which has been shown to decrease wear imparted on a nozzle due to brushing. Components Retaining Nut, C Jet with Ruby Insert Disc, Dome, Stamm and Spraying Systems Disc, Dome, Kadant Construction All BT series nozzles are constructed of 316SS. They are available for design pressure of 1000 psig. discs are available with ArresTech plating as an option. 1.05" Gasket C14217 Base, Casting * C25902-GP1 for use with Schedule 10 pipe C25902-GP2 for use with Schedule 40 pipe *Welded to shower not normally replaced. 1.09" Dia. 1.18" Dia. Brush Shower Fan/Jet s 0.67" Dia. 1.02" Dia. O-Ring Insert 0.24" 0.24" 1.02" Dia. 1.05" Dia. Brush Jet with Duracerm/Sapphire/Ruby Insert Dome Disc Stamm & Spraying Systems (Solid 316 Stainless Steel) Dome Disc Kadant Solutions Division (Solid 316 Stainless Steel) Brush Shower Jet Ordering Information Insert Material Code Construction Material Code Series BT R A 040 Insert Material Construction Material Orifice Ruby Sapphire Duracerm None 316SS Kadant None 316SS Stamm or Spraying Systems R P D K C ArresTech Plated 316SS 316SS A S Go to Brush Shower Fan/Jet s TOC 49

50 BT Brush Shower Jet s Series BT Brush Shower Jet Flow Rate (Gallons per Minute) Duracerm Material Sapphire/Ruby 316 Stainless Steel Orifice Orifice (inch) Pressure (PSI) x x x x x x x x x x x x x x x x x x x x x Flow Rate (Liters per Minute) Duracerm Material Sapphire/Ruby 316 Stainless Steel Orifice Orifice (mm) Pressure kpa (Bars) x x x x x x x x x x x x x x x x x x x x x Go to Brush Shower Fan/Jet s TOC

51 BZ Brush Shower Fan s Series BZ Brush Shower Fan Characteristics The BZ brush shower fan nozzle is designed to deliver liquid in a fan pattern with up to a 70 angle. It s a self aligning disc that can be installed in many commercially available shower bars.* * Replacement for Spraying Systems and Stamm brush shower nozzles. Construction All BZ series nozzles are constructed of 316SS. They are available for application pressures greater than 40 psi. Brush Shower Fan Ordering Information Series BZ S L Construction Material Application Pressure 1.05" 0.24" Fan/Orifice 1.02" Dia. Components 1.09" Dia. 5 Construction Material 316SS Retaining Nut, C B37023 ArresTech Plated 316SS Disc, Dome Gasket Shower Gylon C Base, Casting * C25902-GP1 for use with Schedule 10 pipe C25902-GP2 for use with Schedule 40 pipe *Welded to shower not normally replaced. Code S Application Pressure Code 40 psig and less L 41 to 1000 psig H Title Title Title Brush Title Shower Fan/Jet Title s Title Title Title Title Go to Brush Shower Fan/Jet s TOC 51

52 BZ Brush Shower Fan s Series BZ Brush Shower Fan Flow Rate (Gallons per Minute) Fan Angle (degree) at 80 psi Orifice (inch) Pressure (PSI) Blank (316SS) - Used to Disable Flow Go to Brush Shower Fan/Jet s TOC

53 BZ Brush Shower Fan s Series BZ Brush Shower Fan Flow Rate (Gallons per Minute) Fan Angle (degree) at 80 psi Orifice (inch) Pressure (PSI) Brush Shower Fan/Jet s Go to Brush Shower Fan/Jet s TOC 53

54 BZ Brush Shower Fan s Series BZ Brush Shower Fan Flow Rate (Liters per Minute) Fan Angle (degree) at 552 kpa (5.52 Bar) Code Orifice (mm) Pressure kpa (Bars) Blank (316SS) - Used to Disable Flow Go to Brush Shower Fan/Jet s TOC

55 BZ Brush Shower Fan s Series BZ Brush Shower Fan Flow Rate (Liters per Minute) Fan Angle (degree) at 552 kpa (5.52 Bar) Code Orifice (mm) Pressure kpa (Bars) Brush Shower Fan/Jet s Go to Brush Shower Fan/Jet s TOC 55

56 Disc Fan/Jet s DJ DF DL Disc Fan-Jet s Products Series DF Fan Disc...57 Series DJ Jet Disc...60 Series DL Threaded Fan and Jet Disc...62 Series DS Fan and Needle Jet Disc Go to Main TOC

57 DF Fan Disc s Series DF Fan Disc Characteristics The DF fan disc nozzle is designed to deliver liquid in a fan pattern with up to a 90 angle. The disc has been designed for long life, and to minimize both nozzle plugging and water use. The optional extension tube is available for nozzles installed on the bottom of a shower pipe (3 to 9 o clock) to prevent debris from being drawn from the bottom of the pipe and into the nozzle, causing it to plug. Components Nut, Retainer 3/ SS B SS with ArresTech plating Fan Disc The DF disc can be used in place of the FH or VH fan inserts or the DJ nozzle disc. Construction All DF series nozzles are constructed of 316SS. As an option, the disc retainer nut can be plated with ArresTech to prevent thread galling during installation. The nozzles are designed for use in systems that operate up to 300 psig. Extension Tube (left) A Extension Tube, Internal, 1.2 Spacer (right) 2148 (nylon) 2148A (316SS) 0.073" Base * 3/ C Base *Welded to shower not normally replaced. Disc Fan/Jet s 0.58" Outlet Side Inlet Side Series Fan Disc Ordering Information DF S Construction Material Fan/Orifice Construction Material 316SS Code S Go to Disc Fan/Jet s TOC 57

58 DF Fan Disc s Series DF Fan Disc Flow Rate (Gallons per Minute) Fan Angle (degree) at 40 psi Code Equivalent Orifice (inch) Pressure (PSI) Fan Angle at psi* DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. 58 Go to Disc Fan/Jet s TOC

59 DF Fan Disc s Series DF Fan Disc Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa (2.75 Bar) Code Orifice (mm) Fan Angle (degree) Pressure kpa (Bars) Fan Angle at kpa (Bar)* DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF DF *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Title Title Title Disc Title Fan/Jet Title s Title Title Title Title Go to Disc Fan/Jet s TOC 59

60 DJ Jet Disc s Series DJ Jet Disc Characteristics The DJ jet disc nozzle can be supplied in 316SS construction or with Duracerm ceramic, ruby, or sapphire insert material. The nozzle is designed to deliver a solid stream of water at a wide range of pressures. Ruby and sapphire inserts have excellent erosion resistance to liquid flow, maximizing nozzle life. Duracerm ceramic is one of the toughest shower nozzle materials available. It will withstand thermal shock and provide long service life. The optional extension tube is available for nozzles installed on the bottom of a shower pipe (3 to 9 o clock) to prevent debris from being drawn from the bottom of the pipe and into the nozzle, causing it to plug. Components Nut, Retainer 3/ SS B SS with ArresTech plating Jet Disc Extension Tube (left) A Extension Tube, Internal, 1.2 The DJ jet disc can be used in place of the FH or VH fan inserts, or the VF nozzle disc. Construction All DJ series nozzles are constructed of 316SS. As an option, the nozzle retainer nut can be plated with ArresTech to prevent thread galling during installation. The nozzles are designed for use in systems that operate up to 300 psig. Spacer (right) 2148 (nylon) 2148A (316SS) Base * 3/ C Base *Welded to shower not normally replaced. Only for use with 0.58 diameter disc. 0.58" 0.625" Insert Jet Disc Solid 316ss Jet Disc Duracerm/Ruby/Sapphire Insert Can be used to replace discs made by Sinclair, Stamm, and Spraying Systems. Jet Disc Ordering Information Construction Material Code Insert Material Code Series DJ R S 040 Orifice 316SS S Ruby Sapphire Duracerm 316SS R P D S Insert Material Construction Material 60 Go to Disc Fan/Jet s TOC

61 DJ 1st Jet Level Disc Subhead s Series DJ Jet Disc Flow Rate (Gallons per Minute) 316 Stainless Steel Material Duracerm Ceramic Orifice Pressure (PSI) Diameter Ruby/Sapphire (inch) x Blank (316 stainless steel) used to disable flow x x x x x x x x x x x x x x x x x x x x x x x x x x x x Flow Rate (Liters per Minute) 316 Stainless Steel Material Duracerm Ceramic Ruby/Sapphire Orifice Diameter (mm) Pressure kpa (Bars) x Blank (316 stainless steel) used to disable flow x x x x x x x x x x x x x x x x x x x x x x x x x x x x Quick Connect s Disc Fan/Jet s Go to Disc Fan/Jet s TOC 61

62 DL Threaded Fan & Jet Disc s Series DL Threaded Fan and Jet Disc Characteristics The DL threaded fan and jet disc nozzle is typically used for applications where space is limited. Disc installation can be accomplished so it does not extend beyond the wall of the pipe. The minimum recommended pipe size for installation is 1 schedule 80, with optimal engagement in 1.25 schedule 80 and larger pipes. Components Fan Disc Jet Disc Construction All DL series nozzles are constructed of 316SS. The nozzles are designed for use in systems that operate up to 300 psig " 0.125" 0.625" 0.625" 5/8-18 UNF 5/8-18 UNF Fan Disc Jet Disc Series Fan/Jet Disc Ordering Information DL S Construction Material Fan/Orifice Construction Material 316SS Code S 62 Go to Disc Fan/Jet s TOC

63 DL Threaded Fan & Jet Disc s Series DL Threaded Fan and Jet Disc Flow Rate (Gallons per Minute) Fan Angle (degree) at 40 psi Jet Orifice (inch) Pressure (PSI) Fan Angle Degree at psi* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Title Title Title Disc Title Fan/Jet Title s Title Title Title Title Go to Disc Fan/Jet s TOC 63

64 DL Threaded Fan & Jet Disc s Series DL Threaded Fan and Jet Disc Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa (2.75 Bar) Jet Orifice (mm) Pressure kpa (Bars) Fan Angle Degree at kpa (Bars)* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. 64 Go to Disc Fan/Jet s TOC

65 DS Fan & Needle Jet Disc s Series DS Fan and Needle Jet Disc Characteristics The DS fan and needle jet disc nozzle is designed to replace discs in showers manufactured by Sinclair. Components Fan and Needle Jet Disc Construction All DS series nozzles are constructed of 316SS. The nozzles are designed for use in systems that operate up to 300 psig. Series Fan/Jet Disc Ordering Information DS S Construction Material Fan Disc 0.125" 0.125" Fan/Orifice 0.620" 0.620" Construction Material 316SS Jet Disc Code S Title Title Title Disc Title Fan/Jet Title s Title Title Title Title Go to Disc Fan/Jet s TOC 65

66 DS Fan & Needle Jet Disc s Series DS Fan and Needle Jet Disc Flow Rate (Gallons per Minute) Fan Angle (degree) at 40 psi Fan/Orifice Equivalent Orifice Diameter (inch) Pressure (PSI) Jet Go to Disc Fan/Jet s TOC

67 DS Fan & Needle 1st Jet Level Disc Subhead s Series DS Fan and Needle Jet Disc Flow Rate (Gallons per Minute) Fan Angle (degree) at 40 psi Fan/Orifice Equivalent Orifice Diameter (inch) Pressure (PSI) Title Title Title Disc Title Fan/Jet Title s Title Title Title Title Go to Disc Fan/Jet s TOC 67

68 DS Fan & Needle Jet Disc s Series DS Fan and Needle Jet Disc Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa (2.75 Bar) Fan/Orifice Equivalent Orifice Diameter (mm) Pressure kpa (Bars) Jet Go to Disc Fan/Jet s TOC

69 DS Fan & Needle 1st Jet Level Disc Subhead s Series DS Fan and Needle Jet Disc Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa (2.75 Bar) Fan/Orifice Equivalent Orifice Diameter (mm) Pressure kpa (Bars) Title Title Title Disc Title Fan/Jet Title s Title Title Title Title Go to Disc Fan/Jet s TOC 69

70 Self Purging s PN PT PP Self Purging s Products Series PN Self Purging...71 Series PT Two Self Purging...74 Series PP Self Purging Go to Main TOC

71 PN Self Purging s Series PN Self Purging Characteristics The PN series self purging nozzle is available in a jet, fan, or a double fan configuration that sprays two fan patterns in opposite directions (180 apart). During normal shower operation, water pressure holds a spring loaded piston firmly against the shower button. cleaning is easily accomplished by lowering the shower water pressure below 10 psig (20 psig using spring S4-347). The nozzle orifice opens up allowing shower water to flush contaminants from the pipe. During the flushing operation, nozzle flow rates are 3.3 gpm with the standard spring (N6715). Components Double Fan Shower Body (left) Standard Fan Shower Body (right) Piston (See table for part number) Spring N psig purge * S psig purge * Standard on all complete nozzles. Rebuild Service Kadant Solutions Division can build any PN series nozzle. Please contact a Kadant Solutions Division customer service representative for details. Construction All PN series nozzles are constructed of 316SS. ArresTech coating is offered on the spray button and piston only. The nozzles are designed for use in systems that operate up to 200 psig. Higher operation pressures are available. Diaphragm N6845 Viton ** SK EPDM N6614 Silicon ** Standard supply Check Nut N O-Ring (Buna-N) Base 316SS C27686GP1 2, 2-1/2, 3 C27686GP2 4, 6 C27686GP3 1-1/2 Self Purging s 1 Spray Button 2 Shower Body 3 Check Nut 4 Spring 5 High-Pressure Piston 6 Diaphragm 7 O-Ring Deflection A 1 Deflection A Deflection A 1 2 Double Fan Single Fan/Jet Self Purging Ordering Information PN 18U S V Series Diaphragm Connection Material Construction Material Orifice Construction Material ArresTech Plated 316SS*** 316SS ***ArresTech plating on spray button and piston only. Diaphragm Material Viton EPDM Silicon Code A S Code V E L Connection Size/Type Code U Go to Self Purging s TOC 71

72 PN Self Purging s Series PN Self Purging Flow Rate (Gallons per Minute) Fan Angle (degree)* Jet 15 Fan/Orifice Equivalent Orifice (inch) Deflection Angle (degree) Pressure (PSI) Piston Part 316 Stainless Steel Arrestech Plated 316 Stainless Steel N6803 N6803A N6803 N6803A N6803 N6803A N6803 N6803A N6803 N6803A N6617 N6617A N6749 N6749A N6749 N6749A N6617 N6617A N6749 N6749A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A Double 40 D N6617 N6617A Double 80 D N6617 N6617A D N7347 N7347A D N6617 N6617A *Minimum spray angle changes with pressure variations. 72 Go to Self Purging s TOC

73 PN Self 1st Purging Level Subhead s Series PN Self Purging Flow Rate (Liters per Minute) Fan Angle (degree)* Jet 15 Fan/Orifice Equivalent Orifice (mm) Deflection Angle (degree) Pressure kpa (Bars) Stainless Steel Piston Part Arrestech Plated 316 Stainless Steel N6803 N6803A N6803 N6803A N6803 N6803A N6803 N6803A N6803 N6803A N6617 N6617A N6749 N6749A N6749 N6749A N6617 N6617A N6749 N6749A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A N6617 N6617A Double 40 D N6617 N6617A Double 80 D N6617 N6617A D N7347 N7347A D N6617 N6617A *Minimum spray angle changes with pressure variations. Title Title Title Self Title Purging Title s Title Title Title Title Go to Self Purging s TOC 73

74 PT Two Self Purging s Series PT Two Self Purging Characteristics The PT two series self purging nozzle is an improved version of the PN series nozzle. It s available in a jet, fan, or a double fan configuration that sprays two fan patterns in opposite directions (180 apart). During normal shower operation, water pressure holds a spring loaded piston firmly against the shower button. cleaning is easily accomplished by lowering the shower water pressure below 20 psig. The nozzle orifice will open up allowing shower water to flush contaminants from the pipe. During the flushing operation, nozzle flow rates are 3.13 gpm. Rebuild Service Kadant Solutions Division can build any PN series nozzle. Please contact a Kadant Solutions Division customer service representative for details. Construction All PT series nozzles are constructed of 316SS. ArresTech coating is offered on the spray button and piston only. The nozzles are designed for use in systems that operate up to 200 psig. Higher operation pressures are available. Components Double Fan Shower Body (left) Standard Fan Shower Body (right) Piston B Piston A Seal, U-Cup (Nitroxile ELF) Spring A Diaphragm N6845 Viton* SK EPDM N6614 Silicon * Standard supply Check Nut N O-Ring (Buna-N) 1 Spray Button 2 Shower Body 3 Check Nut 4 Spring 5 High-Pressure Piston 6 Diaphragm 7 O-Ring 8 U-Cup Seal Base 316SS C27686GP1 2, 2-12, 3 C27686GP2 4, 6 C27686GP3 1-1/ Deflection A Deflection A Deflection A Double Fan Single Fan/Jet Self Purging Ordering Information PT 18U S V Series Diaphragm Connection Material Construction Material Fan/Orifice Construction Material ArresTech Plated 316SS** 316SS **ArresTech plating on spray button and piston only. Diaphragm Material Viton EPDM Silicon Code V E L Code A S Connection Size/Type Code U 74 Go to Self Purging s TOC

75 PT Self 1st Purging Level Subhead s Series PT Self Purging Flow Rate (Gallons per Minute) Fan Angle (degree)* Jet 15 Fan/Orifice Equivalent Orifice (inch) Deflection Angle (degree) Pressure (PSI) Double 40 D Double 80 D D D *Minimum spray angle changes with pressure variations. Quick Connect s Self Purging s Go to Self Purging s TOC 75

76 PT Self Purging s Series PT Self Purging Flow Rate (Liters per Minute) Fan Angle (degree)* Fan/Orifice Equivalent Orifice (mm) Deflection Angle (degree) Pressure kpa (Bars) Jet Double 40 D D Double 80 D D *Minimum spray angle changes with pressure variations. Go to Self Purging s TOC

77 PP Self 1st Purging Level Subhead s Series PP Self Purging Characteristics The PP series self purging nozzle is available in fan or jet spray patterns. It s designed to allow the shower to purge contaminants from the nozzle orifice if it should become plugged. In operation, the shower pressure holds the piston against an anvil designed to produce the desired spray pattern. When purging is required, an air signal is applied to the double piston on the side opposite the water. The piston is forced away from the anvil allowing water pressure to clean the orifice. When the air signal is removed, the water pressure again forces the piston against the anvil for normal operation. Piston return is assisted by a Posi-Lift spring. Construction All PP series nozzles are constructed of stainless steel. The piston and hood assembly are available with ArresTech plating as an option. The jet and fan nozzles are designed for use in systems that operate up to 1000 and 300 psig respectively. A Deflection Self Purging Ordering Information Series Construction Material PP A Fan/Orifice Hood 2 Fan Insert Components Screws (3) Construction Material ArresTech Plated 316SS *** 316SS ***ArresTech plating on spray button and piston only. Lacing Wire Washer, Flange Hood Assembly (Jet or Fan) Includes nozzle hood and fan insert Piston, Double (see table) Seal, Piston Seal, Lip Upper Seal, Lip Lower Spring, Posi-Lift B Base** Contact Factory ** Welded to shower not normally replaced. Code A S Title Title Title Self Title Purging Title s Title Title Title Title Go to Self Purging s TOC 77

78 PP Self Purging s Series PP Self Purging Flow Rate (Gallons per Minute) Fan Angle (degree)* Jet Equivalent Orifice (inch) Insert and Hood Assembly Piston Deflection Angle (degree) Pressure (PSI) B B B B B B B B B B B B B B B B B B B B B B B B B Flow at Purge N/R N/R N/R N/R *Minimum spray angle changes with pressure variations. 78 Go to Self Purging s TOC

79 PP Self 1st Purging Level Subhead s Series PP Self Purging Flow Rate (Liters per Minute) Fan Angle (degree)* Jet Equivalent Orifice (mm) Insert and Hood Assembly Piston Deflection Angle (degree) Pressure kpa (Bar) B B B B B B B B B B B B B B B B B B B B B B B B B Flow at Purge N/R N/R N/R N/R *Minimum spray angle changes with pressure variations. Title Title Title Self Title Purging Title s Title Title Title Title Go to Self Purging s TOC 79

80 Trim Squirt s TS Trim Squirt s Products TG and TT Trim Squirt TS Trim Squirt Needle Jet VersaTrim System Go to Main TOC

81 TG and TT Trim Squirt s Series TG and TT Trim Squirt Swivel End Adjuster Double O-ring Right hand orientation M10X0.75 Double O-ring Adjustable Swivel End M10X0.75 Left hand orientation Short with drip guard and adjusting tab Non-swivel with drip guard Swivel without adjusting tab and no drip guard Swivel End Adjuster Extended Body Double O-ring Double O-ring M10X0.75 Right hand orientation Left hand orientation Long with drip guard and adjusting tab Adjustable Swivel End Drip Edge 9 mm Swivel without adjusting tab M10X0.75 Trim Squirt s TG and TT Trim Squirt Ordering Information TT 10M R LH S Series Thread Size * Orifice size single or dual Insert Material Option Construction *Orifice Size (Inch) Series Code Metric and British Threads TT Standard US Threads TG Thread Size Code 1/4 BSPT 1/4 M10 X M 1/8 MNPT 1/8 Insert Material Code Ruby R Sapphire S Construction Material Code 316SS S Arrestech A Option Left Hand Adjusting Tab Right Hand Adjusting Tab Long Short Swivel No Tab Swivel With Tab No Swivel and No Tab Code LH RH L S NS WS NST Optional Adapters A30591G NPT to M10 X SS with 50 Mesh Screen (G01 without Screen) A31647G BSPT to M10 X SS with 50 Mesh Screen (G01 without Screen) B /8 to 1/8 NPT Brass with 50 Mesh Screen B /8 to 1/8 NPT 316 ArresTech 150 with 50 Mesh Screen B37584G01, 02, 03 3/8 to 1/8 BSPT ArresTech150 (80, 100, and 150 Mesh) KSD /16 to 1/8 NPT 316SS with 50 Mesh Screen Go to Trim Squirt s TOC 81

82 TS Trim Squirt Needle Jet s Series TS Trim Squirt Needle Jet Characteristics The TS Trim Squirt needle jet nozzle is available with 316SS, Duracerm ceramic, ruby, or sapphire insert materials and is designed to deliver one, two, or three solid streams of water from a single nozzle at a wide range of pressures. Ruby and sapphire inserts have excellent erosion resistance to liquid flow, maximizing nozzle life. Duracerm ceramic is one of the toughest shower nozzle materials and is good for withstanding thermal shock. The nozzle tip can be purchased alone or as an assembly with a 50 mesh stainless steel screen. Construction All TS series nozzle bodies are made of brass or optional ArresTech plated 316SS. The option screen is made of 316SS and the screen holder is brass. The nozzles are designed for use in systems that operate up to 1000 psig. Components Tip, Duracerm (see table) Tip with Screen, Duracerm (see table) Tip, with Screen, Stainless Steel (see table) Brass Screen Holder and Stainless Steel 50 Mesh Replacement Screen B29291 (3/8 NPT M x 1/8 NPT F) Tip, Stainless Steel (see table) ArresTech Plated 316SS Screen Holder and Stainless Steel Replacement Screen B36231 (3/8 NPT M x 1/8 NPT F) 0.687" 0.50" 0.687" 0.50" " 2.000" 2.000" 1/8" 1/8" " 3.250" 3/8" Tip with Metal Insert 3.250" 3/8" Tip Metal Insert Assembly 2 Mesh Screen 3 Brass Tube 4 Orifice Disc 1 Duracerm Insert Assembly 2 Mesh Screen 3 Brass Tube 4 Orifice Disc Tip with Screen and Metal Insert Tip with Screen and Insert Trim Squirt Ordering Information Series Connection TS 1/8 R N B 005 Option Insert Material Construction Material Orifice Option Tip Only. No Screen Includes 50 Mesh Filter Code N Construction Material Code Brass B ArresTech Plated A 316SS* Please see page 4 for more complete ArresTech information. F Connection Size/Type Code 1/8 NPT without Filter 1/8 3/8 NPT with Filter 3/8 3/8 BSPT with Filter 6B 1/8 BSPT without Filter 2B Insert Material Ruby Sapphire Duracerm 316SS Code R P D S 82 Go to Trim Squirt s TOC

83 Trim Squirt s Series Trim Squirt Flow Rate (Gallons per Minute) Duracerm Sapphire/ Ruby 316SS Orifice (inch) Pressure (PSI) X X x X X x X X X x X X x X x x X x X X X x X x x X X x X X x X X x X x X x X X X x X X x X X X x X x X x x X X X X X X X x X X X X x X X X X X X X x X Trim Squirt s Go to Trim Squirt s TOC 83

84 Trim Squirt s Series Trim Squirt Flow Rate (Gallons per Minute) Duracerm Sapphire/ Ruby 316SS Orifice (inch) Pressure (PSI) X X X x X X X X X X Go to Trim Squirt s TOC

85 Trim 1st Level Squirt Subhead s Series Trim Squirt Flow Rate (Liters per Minute) Duracerm Sapphire/ Ruby 316SS Orifice (mm) Pressure kpa (Bar) X X x X X x Quick Connect s X X X x X X x X x x X x X X X x X x x X X x X X x X X x X x X x X X X x X X x X X X x X x X x x X X X X X X X x X X X X x X x X X X X X x X Trim Squirt s Go to Trim Squirt s TOC 85

86 Trim Squirt s Series Trim Squirt Flow Rate (Liters per Minute) Duracerm Sapphire/ Ruby 316SS Orifice (mm) Pressure kpa (Bar) X X x X X X X X X Go to Trim Squirt s TOC

87 VersaTrim 1st Level Subhead System Trim Squirt Technology Applications Clean and precise sheet trimming is essential to operate a high-efficiency paper machine. The VersaTrim System provides an accurate and adjustable trim squirt system for the wet-end of the paper machine. Features u Easy to adjust MD nozzle angle u Precise CD adjustment u Quick, safe replacement u Minimizes contaminant build-up and spray back Quick Connect s Benefits u Fewer wet-end breaks due to drop-offs u Improved sheet edge u Reduced fiber mist equals less wash-ups u More consistent turn-ups at the reel Kadant s VersaTrim turnkey solution maximizes paper machine efficiency and minimizes wet-end breaks due to drop-offs and poor edge trim quality. Pressure gauge Calibrate adjustment scale 316 stainless steel VersaTrim assembly Inline filter Trim Squirt s adjustment arm VersaTrim nozzle Precision CD movement Mounting plate Trim Squirt s Accurate, precise trim edge Tips can be provided in ruby, sapphire, duracerm, or stainless steel. Swivel adjustment tab Double o-rings Drip edge Ruby tipped nozzles 316 stainless steel material Go to Trim Squirt s TOC 87

88 VersaTrim System #/1000 Basis Weight #/3000 #/3300 gr/m2 Trim Operating Recommendations (PSI/BARS) M/minute FPM / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / /25.8 Single Orifice Dual Orifice Trim Orifice mm Inch Complete System Trim Squirt Systems Pump Skid u 600 psi capability u Temperature controlled water delivery u Self-contained u Low-energy usage u 10 micron duo water filtration u Redundant spare pump u Precision pressure control 88 Go to Trim Squirt s TOC

89 Quick 1st Connect Level Subhead s QT QV Quick Connect s Quick Connect s Products Series QT Quick Connect Fan...90 Series QV Quick Connect Fan...91 Quick Connect ss Go to Main TOC 89

90 QT Quick Connect Fan s Series QT Quick Connect Fan Characteristics Components Replacement for Spraying Systems QV VA VeeJet spray nozzle. The QT series quick connect fan nozzle is designed to allow quick and easy nozzle tip removal and installation. A seal is located on and removed with the nozzle tip during maintenance. The fan nozzle produces a uniform flat fan spray pattern, and is available in a wide range of fan angles that range from 15 to 110. Base, 316SS Seal A30056 Buna-N Fan Construction All QT series nozzles are constructed of 316SS. The nozzles are designed for use in systems that operate up to 300 psig " 0.31" Wrench Flat 1.375" Seal Quick Connect Ordering Information Series Construction Material QT S Fan/Orifice Construction Material 316SS Code S 90 Go to Quick Connect s TOC

91 QV Quick Connect 1st Level Fan Subhead s Series QV Quick Connect Fan Characteristics Replacement for Spraying Systems QV VA VeeJet spray nozzle. The QV series quick connect fan nozzle is designed to allow quick and easy nozzle tip removal and installation. It can be provided with an NPT base that can be screwed into an existing coupling, or with a welded base for installation in a new pipe. A seal is located in the coupling between the nozzle tip and the base. The fan nozzle produces a uniform flat fan spray pattern, and is available in a wide range of fan angles that range from 15 to 110. Components Base, 316SS (includes seal) B30012G01 1/8 NPT B30012G02 1/4 NPT B33971 welded Seal A28521 Buna-N Fan Quick Connect s Construction All QT series nozzles are constructed of 316SS. The nozzles are designed for use in systems that operate up to 300 psig. 0.31" Seal 0.875" Seal 0.875" Quick Connect s 0.986" 1.142" Tip Welded Base 1/8" NPT Thread for B30012G01 1/4" NPT Thread for B30012G02 NPT Base Quick Connect Ordering Information Series Construction Material QV S Fan/Orifice Construction Material 316SS Code S Go to Quick Connect s TOC 91

92 QT & QV Quick Connect Fan s Series QT and QV Quick Connect Fan Flow Rate (Gallons per Minute) 92 Fan Angle (degree) at 40 psi Equivalent Orifice (inch) Pressure (PSI) Fan Angle at psi* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Go to Quick Connect s TOC

93 QT & QV Quick Connect Fan s Series QT and QV Quick Connect Fan Flow Rate (Gallons per Minute) Fan Angle (degree) at 40 psi Equivalent Orifice (inch) Pressure (PSI) Fan Angle at psi* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Go to Quick Connect s TOC 93 Title Title Title Quick Title Connect Title s Title Title Title Title

94 QT & QV Quick Connect Fan s Series QT and QV Quick Connect Fan Flow Rate (Gallons per Minute) 94 Fan Angle (degree) at 40 psi Equivalent Orifice (inch) Pressure (PSI) Fan Angle at psi* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Go to Quick Connect s TOC

95 QT & QV Quick Connect Fan s Series QT and QV Quick Connect Fan Flow Rate (Gallons per Minute) Fan Angle (degree) at 40 psi Equivalent Orifice (inch) Pressure (PSI) Fan Angle at psi* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Go to Quick Connect s TOC 95 Title Title Title Quick Title Connect Title s Title Title Title Title

96 QT & QV Quick Connect Fan s Series QT and QV Quick Connect Fan Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa (2.75 Bar) Equivalent Orifice (mm) Pressure kpa (Bars) Fan Angle at kpa (Bar)* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. 96 Go to Quick Connect s TOC

97 QT & QV Quick Connect Fan s Series QT and QV Quick Connect Fan Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa (2.75 Bar) Equivalent Orifice (mm) Pressure kpa (Bars) Fan Angle at kpa (Bar)* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Title Title Title Quick Title Connect Title s Title Title Title Title Go to Quick Connect s TOC 97

98 QT & QV Quick Connect Fan s Series QT and QV Quick Connect Fan Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa (2.75 Bar) Equivalent Orifice (mm) Pressure kpa (Bars) Fan Angle at kpa (Bar)* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. 98 Go to Quick Connect s TOC

99 QT & QV Quick Connect Fan s Series QT and QV Quick Connect Fan Flow Rate (Liters per Minute) Fan Angle (degree) at 275 kpa (2.75 Bar) Equivalent Orifice (mm) Pressure kpa (Bars) Fan Angle at kpa (Bar)* *Angle measurements are for reference only. Contact Kadant Solutions Division for application-specific information. Title Title Title Quick Title Connect Title s Title Title Title Title Go to Quick Connect s TOC 99

100 Tools and Accessories Hex Wrench Oblong Wrench Blanks Shower Brush Tools and Accessories Products Assembly Tools Spray Blanks Lacing Wire Pliers and Piston Removal Tool Tap and Die Shower Brush Adapters In-Line Shower Protection Filters Go to Main TOC

101 Tools and Accessories For PN and PT series spray nozzles Hex wrench N6601 Check nut N6759 removal wrench Oblong wrench N-6602 body removal tool. Spray nozzle blanks To disable BB series spray nozzles or other with thread 2127A1 To disable JN and JJ series spray nozzles or other with thread S4-96 To disable PN and PT series self purging spray nozzles C To disable BF, BT, or BZ series brush shower jet/fan spray nozzles Tools and Accessories A18163 To disable DF and DL series disc spray nozzles To disable PP series self purging spray nozzles Go to Tools and Accessories TOC 101

102 Tools and Accessories Lacing wire pliers and piston removal tool For PP series self purging spray nozzles Lacing wire pliers A14879 Piston removal tool A Tap and die For JN and JJ series spray nozzles Thread plug tap A thread A thread Thread dies A thread A thread A thread Shower brush For aqua shuttle shower systems Shower brush N7618 Available for 1.5, 2.0, and 2.5 SCH 10 shower pipes Part numbers B28621G1, G2, and G Go to Tools and Accessories TOC

103 Adapters Adapters A nozzle adapter is a fitting that threads to the base of an existing shower pipe, and allows the use of a nozzle with a different thread connection size than it was originally designed to accept. It may be desirable to install adapters if the shower service or location is changing, if the shower uses hard to purchase nozzles, or for issues associated with inventory reduction. Adapter Part Shower Manufacturer Original Type of Shower Typical New Type Connector Thread Size (Connect to Base) Connector Thread Size (Connect to New ) Comment Connector Length A26551 CVN JN, JJ, VF, FF 3/4-24 F 9/16-24 F Straight connection 1.0 L A26727 CVN JN, JJ, VF, FF 3/4-24 F 9/16-24 F Straight connection 1.0 L B28293 Kadant Solutions Division BF, BT JN, JJ, VF, FF Kadant brush shower 9/16-24 F Disc maximum diameter A26628 B25431 B30348 Kadant Solutions Division Kadant Solutions Division Kadant Solutions Division JN, JJ, VF, FF SB, FF, QV 9/16-24 M 1/8 NPT F PN, PT JN, JJ, VF, FF 1 1/8-20 M 9/16-24 F PN, PT SB, FF, QV 1 1/8-20 M 1/4 NPT F Straight connection Straight connection with O-ring Straight connection 0.57 L L 0.75 L Tools and Accessories B30348G01 Kadant Solutions Division PN, PT SB, FF, QV 1 1/8-20 M 1/8 NPT F Straight connection 0.75 L B35908 Kadant Solutions Division PN, PT JN, JJ, VF, FF 1 1/8-20 M 9/16-24 F Straight connection 0.75 L B27095G01 Kadant Solutions Division PP JN, JJ, VF, FF 42 base 9/16-24 F O-ring included 0.85 L B27095G02 Kadant Solutions Division PP SB, FF, QV 42 base 1/4 NPT F O-ring included 0.85 L B29448 Kadant Solutions Division PP JN, JJ, VF, FF 42 base 9/16-24 F 64 degree deflection, has O-ring 1.75 L Go to Tools and Accessories TOC 103

104 Adapters Adapter Part Shower Manufacturer Original Type of Shower Typical New Type Connector Thread Size (Connect to Base) Connector Thread Size (Connect to New ) Comment Connector Length B32110 Kadant Solutions Division PP SB, FF, QV 42 base 1/4 NPT F Straight connection, with O-ring and nozzle extension L A29330 Kadant Solutions Division QV, FF, SB BB 1/4 NPT M 1/4-28 F 90 degree elbow 1.0 L, HEX A27771 Stamm Brush Shower SB, FF, QV Stamm brush disc 1/8 NPT F Disc diameter x 0.25 length A29201 Stamm Brush Shower SB, FF, QV Stamm brush disc 1/4 NPT F Disc diameter x 0.25 length B35850 Stamm Metric Threads JN, JJ, VF, FF M30 X 1.5 M 9/16-24 F Stamm metric brush shower 0.85 L B32943G01 Stamm Brush Shower SB, FF, QV 1 3/16-18 M 1/8 NPT F Straight connection L B32943G02 Stamm Brush Shower SB, FF, QV 1 3/16-18 M 1/4 NPT F Straight connection L B32943G03 Stamm Brush Shower JN, JJ, VF, FF 1 3/16-18 M 9/16-24 F Straight connection L C31499 Stamm Brush Shower PN, PT 1 3/16-18 M 1 1/8-20 F Straight connection 1.42 L A26897 Unknown Unknown JN, JJ, VF, FF 7/8-20 M 9/16-24 F Straight connection 1.0 L 104 Go to Tools and Accessories TOC

105 Adapters A26551 A26628 A26727 A27771 A26897 A29201 Tools and Accessories A29330 B25431 B27095G B28293 Go to Tools and Accessories TOC 105

106 Adapters B29448 B30348G B32943G B32110 B35850 B35908 C Go to Tools and Accessories TOC

107 Filtration In-line single and duo filters Kadant in-line filters can be provided in either a single or duplex arrangement. A single in-line filter is normally used in applications where the flow can be interrupted or the filter can be bypassed when the filter element is serviced. Duo filters are typically used when continuous filtration is required. They can be operated with either one or two filter housings on-line. Because of the inlet/outlet orientation, both the single and duo in-line filters can be easily, quickly, and cost effectively installed in a horizontal run of pipe. P S I D Single Filters Differential Pressure (PSID) vs. Flow (GPM) 770C HiFlo B A GPM Duo Filters One Filter On Line Differential Pressure (PSID) vs. Flow (GPM) HiFlo 490 Duo P S I D GPM 770A, B, C Tools and Accessories Model Pipe Connection 1 Filter Element Size (D x L) Area (sq. in.) Maximum Flow 2 (gpm/lpm) Can Use 2 x 12 Segments of 2 x 12 Segments Design Pressure (psi) Minimum Installation Area (L x W x H) x /60 N NA 300, x 4 x x /115 Y 1 300, x 9 x A 2 2 x /151 Y 1 300, x 12 x B 2 2 x /303 Y 2 300, x 12 x C 2 2 x /454 Y 3 300, x 12 x 48 Hi-Flo Single x /760 N NA 300, x 15 x Duo x /115 N NA 300, x 14 x Duo 1 2 x /230 Y 2 300, x 14 x A Duo 2 2 x /303 Y 2 300, x 20 x B Duo 2 2 x /606 Y 4 300, x 20 x C Duo 2 2 x /908 Y 6 300, x 20 x 48 Hi-Flo Duo x /1520 N NA 300, x 34 x 60 1 NPT connection is standard. Socket weld and lap joint flange connections are available Flow is based on the inlet and outlet connection size. Actual flow will be dependent upon the type of filter media used and influent contaminant loading Use of Tri-Screen filter elements will increase filtration area from 408 in to 565 in per barrel. Tri-Screen flow rate is limited to 120 gpm (454 lpm) for single and 240 gpm (908 lpm) for duo. Go to Tools and Accessories TOC 107

108 Filtration Bottom entry single and duo filters Kadant bottom entry filters are commonly used in vertical piping system installations or in applications such as slurries where flow from the bottom to the top will help mix the fluid and prevent particles from settling. Fluid enters through a connection near the bottom of the filter housing and clean liquid exits at the top. Like the in-line filter system, the fluid flows from the outside to the inside of the filter screen, depositing debris on the exterior of the filter elements. MegaFlo Series Filter Single Barrel Flow Per Barrel Clean Pressure Drop (PSID) Pressue Drop (PIS) MegaFlo and ErGo Filter Pressure Drop Single Barrel Flow per Single Barrel MegaFlo Duo Model Pipe Connection 1 Filter Element Size (D x L) Area (sq. in.) Maximum Flow 2 (gpm/lpm) Design Pressure (psi) Minimum Installation Area (L x W x H) MegaFlo x / , x 12 x 58 MegaFlo Duo 3 2, x / , x 32 x plain end for socket weld connection standard on single units. 2 NPT standard on duo s; lap joint flange connections available on all models. 2 Flow is based on the inlet and outlet connection size. Actual flow will be dependent upon the filter media used and influent contaminants loading. 3 Use of Tri-Screen filter elements will increase filtration area from 408 in 2 to 565 in 2 per barrel. Tri-Screen flow rate is limited to 120 gpm (454 lpm) for single and 240 gpm (908 lpm) for duo. 108 Go to Tools and Accessories TOC MegaFlo

109 Technical Information The following information is a guide to help select the proper spray nozzle for the application and provide engineering information to obtain peak performance for Kadant spray nozzles. Because of the large number of variables in selecting the correct spray nozzle it is not always possible to determine the proper spray nozzle without testing or simulation. Our technical staff, however, may be able to help determine the proper spray nozzle style and size for your application. Spray Characteristics Flat Fan Spray Flat fan spray nozzles distribute the liquid as a flat sheet and is formed by a straight-through elliptical orifice or by a round orifice tangential to a deflected surface. Kadant supplies a large selection of fan angles and orifice sizes to meet specific applications. Technical Information and Related Components Go to Main TOC 109

110 Technical Information Solid Jet Stream For cleaning and cutting applications Kadant solid jet stream spray nozzles are offered in various size orifices and materials to meet the individual application. They provide a straight steam of concentrated liquid and are used whenever a concentrated impact is required. Hollow Cone This spray nozzle is typically a right angle nozzle and sprays a circular pattern in a cone shape. The pattern is achieved by the liquid swirling inside the nozzle prior to the orifice. Full Cone The full cone spray nozzle sprays in a circular cone and a square pattern. They are used when a uniform large spray area is required. 110 Go to Main TOC

111 Technical Information Factors that affect spray characteristics Pressure Theoretically, flow is directly proportional to the square root of pressure and is represented by the equation below. Therefore, this equation can be used to calculate other flows and pressure not listed in this catalog. Flow A Flow B = Pressure A Pressure B Flow B = Flow A Pressure B Pressure A Example: Given the flow at 40 psi is gpm. What is the flow at 80 psi? Flow B = = gpm Pressure B = Pressure A Flow B Flow A 2 Example: Given the pressure of 60 psi and the flow is gpm. What is the pressure at gpm? Pressure B = = 80.1 psi Specific Gravity Flow rates specified in this catalog are for water which has a specific gravity, the ratio of the mass of a given volume of liquid to the same mass of the same volume of water, is To calculate the flow of liquids the below equation can be used. Flow of Liquid = Flow Rate of Water For example, for a specific gravity of 1.10: 2 1 Specific Gravity gpm of water 1.10 Specific Gravity = 3.8 gpm of water Shower Water Quality Technical Information and Related Components Solids Loading PPM (Mg/L) Application of water strained with 100 mesh per Inch (40 per CM) mesh screen 0 50 Equivalent to filter fresh water Usable in 0.040" (1 mm) and larger fixed orifice nozzles with minimal problems Usable in (1.4 mm) and larger fixed orifice nozzles with minimal problems Usable in (3 mm) and larger fixed orifice nozzles with minimal problems Brush type shower recommended 500 up Purgeable showers recommended Go to Main TOC 111

112 Technical Information Selection guide Spray Coverage The spray coverage graph shown below is based on a straight sided spray pattern. At pressures below 40 psi the fan angle degree will decrease and curve due to decreased acceleration. mm Inch Distance from Showered Surface Inch mm Fan Coverage Spray widths in the above graph are based on a straight sided spray pattern. At lower pressures the pattern curves inward and at higher pressures the fan pattern will increase as shown below. Low Pressure Average High Pressure 112 Go to Main TOC

113 Technical 1st Level Information Subhead Flow of water through schedule 40 steel pipe Flow (GPM) Recommended capacity range shown in the yellow shaded areas. Pressure Drop in PSI for Pipe Sizes (in 10 foot Length) 1/8 1/4 3/8 1/2 3/ /4 1-1/ / / Technical Information and Related Components Go to Main TOC 113

114 Related Components In-line filters The simple filter design allows screens to be serviced quickly and efficiently. In-line filters can be provided in either a single or duplex arrangement. Single in-line filters are generally used in applications where the flow can be interrupted or when the filter can be bypassed for servicing the filter element. Duo filters are typically used when continuous filtration is required. In-line filters are available in sizes from 3 4 to with flow capacities up to 2,500 gpm. Liquid filtration systems Liquid filtration systems are used in a variety of applications that processes or use fluids. Multiple barrel filter systems may use internal or external sources of backwashing fluids in the removal of contaminants from the process with flow capacities up to 5,000 gpm. The ErGo multiple filter has a unique design that provides an ergonomic and simple element removal design for improved safety and ease of maintenance. RotoFlex resource recovery strainer The RotoFlex resource recovery strainer is used to effectively and efficiently separate and reclaim process fluids and/or solids. It uses a unique method of media cleaning to keep the filter medium open by continuously flushing contaminates from the surface. The RotoFlex resource recovery strainer free-hanging backerless design maximizes throughput and media life. High- and low-pressure water cleaning systems Kadant water cleaning systems are designed to use highpressure and/or low-pressure water to remove contaminants from moving belts and rolls. Cleaning systems can also incorporate water and contaminant removal systems, utilizing vacuum. 114 Go to Main TOC

115 Related Components Steam profiling Profiling Steam-Foil systems and Narrow Web DeCurler profiling provide moisture addition and curl control in applications such as coating, laminating, printing, and corrugating. Kadant s steam profiling technology offers an efficient and controllable non-contact method of steam application. Roll cleaning blades Roll cleaning blades are used in a variety of industries and applications including fiber processing, converting, corrugating, printing, roofing, steel, and food processing. Kadant offers more than 60 blade materials including UHMW poly, fiberglass, carbon, and metal. Blade thickness, bevel, and other features are customer-engineered for the specific application requirements. Roll cleaning blade holders and accessories Roll cleaning blade holders feature quick and easy blade changing, precise adjustability, and flexible models that offer self-adjustability and uniform loading. Roll cleaning blade holders are available in steel, stainless steel, and lightweight composite materials. Technical Information and Related Components Roll cleaning systems Kadant roll cleaning systems provide a compact and unique technology that offers improved cleaning results for increased uptime and reduced maintenance costs in a variety of industrial roll and belt cleaning applications including drum flaking, fiber processing, filtration, and metal processing. Roll cleaning systems provide precise blade load adjustment and quick blade change. Go to Main TOC 115