JSRLFLP Series. Sanitary Valves JSRLFLP Series Low FlowLow Pressure Gas Reducing Valves

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1 JSRLFLP Series Pressure Reducing Valves for Low Flow and Low Pressure Biopharmaceutical and Parenteral process Gas JSRLFLP is a high purity low flow, regulator designed and built specifically for very low pressure hygienic, SME BPE gas applications. The JSRLFLP has been designed specifically for very low pressure clean gas regulation in Stainless and Single Use Disposable applications. Whether it's precise regulation for sparging, blanketing, motive force, or SUD bag inflation, the JSRLFLP was built for the job! The durable valve body and metal trim components are machined from STM79 L SST barstock and finished to SME BPE SF, Ra micro-inch, (. Ra micrometer) electropolished as standard. The valve is outfitted with a sensitive PTFE Jorlon diaphragm and Teflon, PEEK and EPDM seats and seals that are all FD approved, USP Class VI compliant materials. These materials of construction enable JSRLFLP to withstand the rigors of an autoclave if required. Features Stable outlet pressure setpoints at very low pressure Very low set point offset (droop) especially at higher inlet pressures Top entry design facilitates in-line cleaning and maintenance Barstock construction guarantees material integrity and quality surface finish Four Cv's from. to. guarantee a valve that will fit your specific application Optimized internal volume Proprietary Jorlon diaphragm material provides exceptionally long life Soft seat material for NSI Class VI shutoff Documentation The following documentation is shipped at no charge: Steriflow Unicert, a QC signed Certificate of Compliance for: - Material, listing heat numbers with attached MTR s - Surface Finish - FD/USP Class VI - for all thermoplastic and elastomers Traceability: - Each individual product serial number is traceable to the Unicert serial number, heat numbers and attached MTR s Other documents must be requested at time of RFQ, or order: - DI/TSE Free, Certified Test reports, Certificate of Origin. New Option! EPDM seat for low lockup and tight shutoff on no flow or deadhead blanketing applications pplications The JSRLFLP is a Pressure Regulating valve ideal for low flow, low pressure precision regulation of clean compressed air and gas used in pharmaceutical and biopharmaceutical R&D, Pilot, and Production facilities. It is designed specifically for use on traditional Stainless Steel and Single Use Disposable applications including: Small sterile vessels: - Gas overlay (blanketing) - Sparging - SUD bag integrity testing/inflation Incubators Lyophilizers Time/pres filling machine product hold vessels Suitable for clean compressed gas, including: ir Nitrogen Carbon Dioxide Oxygen rgon Custom gas mixtures Steriflow by Jordan Valve 7 Wasson Road Cincinnati, OH (f) steriflow@richardsind.com Sanitary Valves JSRLFLP Series Low FlowLow Pressure Gas Reducing Valves

2 Sizes: /" (DN8), /8" (DN), /" (DN) End Connections: SME BPE, DIN, ISO Tri-clamp, or Tube Weld end; NPT Gauge Ports: /" FNPT is standard. Contact Factory for Tri-Clamp, VCR, or other alternatives. Soft Seat Materials for NSI Class VI Shut-off PTFE to + F ( C) continuous or 7 F ( C) intermittent [not to exceed min. in a one hour period] FD, USP Class VI PEEK to + F (77 C), FD & USP Class VI EPDM to +7 F ( C), FD & USP Class VI Body and Trim Material STM 79 L SST Contact factory for other body/trim/seat materials Diaphragm Material: Jorlon - PTFE TM, FD & USP Class VI Maximum Inlet Pressure: Tube End & Tri-Clamp: psig (, bar) NPT: psig (, bar) Optional Cleaning Specifications Clean for Oil-Free O Cleaning complying with STM G9- and CG G-.-9 Pressure at Maximum Temperature: Tube End and Tri-Clamp: F (, Specifications 77 C) with PEEK seats; F (, C) with PTFE seats; 7 F (, C) with EPDM seats NPT: F (, 77 C) with PEEK seats; F (, C) with PTFE seats; 7 F (, C) with EPDM seats Surface Finish: Wetted Internal surface finish: Mechanically polished, and electropolished to SME BPE SF, Ra μin (. Ra μm) as standard Exterior surface finish: Mechanically polished, and electropolished to Ra μin (. Ra μm) as standard Other finishes available upon request Maximum Pressure Drop: Tube End and Tri-Clamp: psi (, bar) NPT: psi (, bar) Spring Ranges: 7 psi (,7, bar), - psi (,7 -,9 bar) Flow Capacities: Cv., Cv., Cv.8, Cv. (Kv,, Kv,, Kv,9, Kv,7) Options Oxygen cleaning and certification Panel Mounting Captured Vent Self Relieving Gauge Ports, Pressure Gauges Options Panel Mount Option Captured Vent Option (/8" NPT) Option Definition Captured Vent The captured vent design is for maximum safety for the user when handling toxic or hazardous media. It features a /8" FNPT port located on the spring housing. The user can easily tube this vent to a safe location. This option can be incorporated into a self-relieving regulator that provides an additional port to permit the safe expulsion of hazardous media. Panel Mount The panel mount feature requires a panel cut out of -/", complete with a threaded spring housing, and a panel mount ring to secure the regulator. *Self Relieving The self relieving option is used for internal venting of downstream pressure. From a practical standpoint, it allows for immediate reduction in pressure setpoints and automatically alleviates regulator lock up. Gauge Ports - Pressure Gauge For inlet and outlet pressure gauges (and the gauges) are available as standard options --

3 nti-tamper Option corn nut cover llen/socket head stem adjustment Lock nut Internal View. djust stem position with llen wrench. Tighten lock nut against bonnet while holding stem position. Replace and tighten acorn nut DIN & ISO Tri-Clamp Dimensions D ID DIN 7 Row B (ISO 7) VLVE SIZE D ID DN.. 8. DN*.. 8. DN..9.9 * with non-standard Tri-clamp face D ID DIN 7 Row (DIN 8) VLVE SIZE D ID DN. 9.. DN*. 9.. DN... DN*... * with non-standard Tri-clamp face --

4 Reliable, gas pressure regulation at flows less than LPM and set points to psig (9 millibar) utoclavable nodized luminum Knob available as cataloged option Features & Benefits Fine thread pitch for precision setpoint adjustments. STM 79 L body, diaphragm casing, bonnet, and trim PTFE-Jorlon TM FD / USP Class VI approved Unsurpassed life SME BPE SF, Ra µin (, Ra µm) electropolish finish is standard Large diaphragm area for increased stability, and less offset at very low setpoints FD / USP Class VI seat material for NSI Class VI shutoff /" Tri-Clamp and Tube Weld Connections; /", /8" and /" NPT NOTE: Can be used on clean steam or non-cavitating liquids (the design is not drainable) with Steriflow engineering application approval. Flow Configurations/ Gauge Ports outlet gage outlet inlet outlet B inlet outlet C inlet outlet gage inlet gage outlet gage 7 D E outlet inlet outlet inlet inlet gage SMPLE outlet 9 inlet * Gage ports are /" FNPT as standard. Consult factory for Tri-Clamp, VCR, or other port options. --

5 Dimensions Ø.7 (,8) JSRLFLP Series with SME BPE Tri-Clamp Ends, Inches (Metric) VLVE SIZE /" (DN).7 (,) /" (DN).7 (,).9 (,).* (9,) *dd.7" (9,) for easy removal JSRLFLP Series with SME BPE Tube Ends, Inches (Metric) VLVE SIZE /" (DN) 8.8 (,8) /" (DN) 8.8 (,8).9 (.) Ø.7 (,8). (9.) JSRLFLP Series with FNPT/SW Ends, Inches (Metric) VLVE SIZE /" (DN8). (,8) /8" (DN). (,8) /" (DN).7 (9,9) --

6 Dimensions, IN (MM)- DN, for DIN 7 Row B (ISO 7) and DIN 7 Row (ISO 8) Ø.7 (,8).8 (8.). (.9) 7.8 (9) JSRLFLP: Body Dimensions for: DN, DN DIN 7 Row B (ISO 7) DIN 7 Row (DIN 8) Cv Trim Selection Instructions To select a valve with the proper Cv:. Select a graph on the following twelve pages that best represents your outlet pressure set point and flow range. Looking at that graph, select the closest inlet pressure line (horizontal sloped line, P) that best reflects your application's actual inlet pressure. That line indicates the Pressure/Flow capabilities and offset (droop) of the trim (Flow Coefficient, Cv) under flowing conditions. Note: If your exact outlet pressure set point or inlet pressure is not listed you will have to interpolate. - Your particular inlet pressure line will be very similar in length and slope to the line chosen on any particular graph. - The same is true for your outlet pressure set point, simply shift the line up or down.. The Cv is listed in bold at the upper left of the page of your chosen graph. You will need that for model number selection (See page ). --

7 Flow Coefficient:. Maximum inlet pressure: psig (, bar).8... Range Spring: -7 psig (-, bar) Set Point: psig 8. Range Spring: -7 psig (-, bar) Set Point: psig P= psi.. Range Spring: -7 psig (-, bar) Set Point: psig P= psi P= psi P= psi 8. P= psi P= psi P=7 psi P= psi P=7 psi P= psi P=7 psi P= psi P= psi P= psi P= psi P= psi P= psi Range Spring: -7 psig (-, bar) Set Point: psig P= psi P=7 psi P= psi P= psi P= psi P= psi Range Spring: -7 psig (-, bar) Set Point: psig P= psi. P= psi P= psi P=7 psi P= psi Range Spring: -7 psig (-, bar) Set Point: psig.. P= psi P= psi. P=7 psi P= psi P= psi

8 Flow Coefficient:. Maximum inlet pressure: psig (, bar) Range Spring: -7 psig (-, bar) Set Point: psig. Range Spring: -7 psig (-, bar) Set Point: psig Range Spring: -7 psig (-, bar) Set Point: psig.... P=7 psi P= psi P= psi.... P= psi P= psi P=7 psi P=7 psi P= psi P= psi Range Spring: -7 psig (-, bar) Set Point: psig P= psi P= psi P=7 psi P= psi.. Range Spring: -7 psig (-, bar) Set Point: psig P= psi P=7 psi P= psi Range Spring: -7 psig (-, bar) Set Point: psig.. P=7 psi P= psi....

9 Flow Coefficient:. Maximum inlet pressure: psig (, bar) Range Spring: -7 psig (-, bar) Set Point: psig P= psi. P=7 psi Range Spring: -7 psig (-, bar) Set Point: psig Range Spring: -7 psig (-, bar) Set Point: 7 psig. P= psi. P=7 psi P= psi Range Spring: -7 psig (-, bar) Set Point: psig 7 P= psi. P=7 psi..... Range Spring: -7 psig (-, bar) Set Point: 7 psig 8 7 P=7 psi P= psi..

10 Flow Coefficient:. Maximum inlet pressure: psig (, bar) Range Spring: -7 psig (-, bar) Set Point: psig P= psi P= psi P=7 psi P= psi P= psi P= psi.. Range Spring: -7 psig (-, bar) Set Point: psig P= psi P= psi P= psi P= psi P=7 psi P= psi.. Range Spring: -7 psig (-, bar) Set Point: psig P= psi P=7 psi P= psi P= psi P= psi Range Spring: -7 psig (-, bar) Set Point: psig. P= psi P= psi P= psi P=7 psi P= psi.. Range Spring: -7 psig (-, bar) Set Point: psig P= psi. P=7 psi P= psi P= psi. P= psi..... Range Spring: -7 psig (-, bar) Set Point: psig P= psi.... P= psi P= psi P=7 psi P= psi.8. P= psi......

11 Flow Coefficient:. Maximum inlet pressure: psig (, bar) Range Spring: -7 psig (-, bar) Set Point: psig.. Range Spring: -7 psig (-, bar) Set Point: psig.. P= psi P= psi P= psi P=7 psi P= psi P=7 psi P= psi Range Spring: -7 psig (-, bar) Set Point: psig P=7 psi P= psi Range Spring: -7 psig (-, bar) Set Point: psig P= psi P= psi.. Range Spring: -7 psig (-, bar) Set Point: psig P= psi P=7 psi.. Range Spring: -7 psig (-, bar) Set Point: psig P= psi P=7 psi P= psi.... P=7 psi. P= psi......

12 Flow Coefficient:. Maximum inlet pressure: psig (, bar) Range Spring: -7 psig (-, bar) Set Point: psig Range Spring: -7 psig (-, bar) Set Point: psig. P= psi P=7 psi..... Range Spring: -7 psig (-, bar) Set Point: psig P=7 psi P= psi Range Spring: -7 psig (-, bar) Set Point: 7 psig P= psi P=7 psi P= psi..... Range Spring: -7 psig (-, bar) Set Point: 7 psig P=7 psi P= psi..

13 Flow Coefficient:.8 Maximum inlet pressure: psig (, bar) Range Spring: -7 psig (-, bar) Set Point: psig P= psi P= psi P= psi. P=7 psi P= psi. P= psi Range Spring: -7 psig (-, bar) Set Point: psig P= psi P= psi.. Range Spring: -7 psig (-, bar) Set Point: psig 8 P= psi P= psi 8 P= psi P= psi P= psi P=7 psi P= psi P=7 psi P= psi Range Spring: -7 psig (-, bar) Set Point: psig. Range Spring: -7 psig (-, bar) Set Point: psig P= psi P= psi. P= psi P= psi P=7 psi.. Range Spring: -7 psig (-, bar) Set Point: psig P= psi P= psi P=7 psi P= psi. P= psi... P= psi P= psi P= psi P= psi P=7 psi P= psi

14 Flow Coefficient:.8 Maximum inlet pressure: psig (, bar) Range Spring: -7 psig (-, bar) Set Point: psig 8 P= psi P= psi P=7 psi P= psi Range Spring: -7 psig (-, bar) Set Point: psig 8 P= psi P=7 psi P= psi Range Spring: -7 psig (-, bar) Set Point: psig..... Range Spring: -7 psig (-, bar) Set Point: psig. Range Spring: -7 psig (-, bar) Set Point: psig 8 Range Spring: -7 psig (-, bar) Set Point: psig P=7 psi P= psi P=7 psi P= psi P= psi P= psi P=7 psi P= psi P=7 psi P= psi 8 P= psi....

15 Flow Coefficient:.8 Maximum inlet pressure: psig (, bar) Range Spring: -7 psig (-, bar) Set Point: psig P= psi P=7 psi... Range Spring: -7 psig (-, bar) Set Point: psig P=7 psi P= psi Range Spring: -7 psig (-, bar) Set Point: 7 psig 8 P= psi Range Spring: -7 psig (-, bar) Set Point: psig 8... P=7 psi P= psi.. Range Spring: -7 psig (-, bar) Set Point: 7 psig 8 P=7 psi P= psi

16 JSRLFLP Series Low Flow Low Pressure Reducing Valve Flow Coefficient:. Maximum inlet pressure: psig (, bar) P= psi Range Spring: -7 psig (-, bar) Set Point: psig Range Spring: -7 psig (-, bar) Set Point: psig P= psi. P= psi. P= psi P= psi. P= psi P=7 psi P= psi P= psi P= psi P=7 psi P= psi Range Spring: -7 psig (-, bar) Set Point: psig 9 8. P- psi P- psi P- psi P-7 psi P- psi Range Spring: -7 psig (-, bar) Set Point: psig P= psi.. P= psi P=7 psi. P= psi P= psi P= psi Range Spring: -7 psig (-, bar) Set Point: psig P= psi P= psi.. Range Spring: -7 psig (-, bar) Set Point: psig P= psi P=7 psi. P= psi P= psi. P= psi P= psi P=7 psi P= psi --

17 Flow Coefficient:. Maximum inlet pressure: psig (, bar) Range Spring: -7 psig (-, bar) Set Point: psig 8 P= psi P= psi Range Spring: -7 psig (-, bar) Set Point: psig 8 P= psi P=7 psi 8 P= psi Range Spring: -7 psig (-, bar) Set Point: psig P=7 psi P= psi 8 8 P=7 psi P= psi. -7- Range Spring: -7 psig (-, bar) Set Point: psig Range Spring: -7 psig (-, bar) Set Point: psig. P- psi P- psi P-7 psi P- psi P= psi P= psi P=7 psi Range Spring: -7 psig (-, bar) Set Point: psig P= psi P=7 psi

18 Flow Coefficient:. Maximum inlet pressure: psig (, bar) Range Spring: -7 psig (-, bar) Set Point: psig P=7 psi P= psi P= psi. P= psi Range Spring: -7 psig (-, bar) Set Point: psig P=7 psi P= psi Range Spring: -7 psig (-, bar) Set Point: 7 psig 8 8 P- psi Range Spring: -7 psig (-, bar) Set Point: psig P= psi. P=7 psi Range Spring: -7 psig (-, bar) Set Point: 7 psig P= psi P=7 psi 7 8 9

19 JSRLFLP Ordering Schematic (see pg 9 for JSRLFLPE (EPDM Seat) Ordering Schematic) Model Size Material / & & & 7 & 8 9 & & & 7 JSRLFLP Model Low Flow Low Pressure Reducing Valve Size /" (DN8) 8 /8" (DN) /" (DN) L Material STM 79, L & Body Feature End Connection Port Configuration* FNPT, /" Port "" B FNPT, /8" B Port "B" C FNPT, /" C Port "C" T SME BPE Tri-Clamp, /" D Port "D" W SME BPE Tube Weld, /" E Port "E" S ISO Tri-Clamp, DN V ISO w/.mm face T-Clamp, DN R ISO T-Clamp, DN D DIN Tri-Clamp, DN N DIN T-Clamp, DN w/.mm face U DIN T-Clamp, DN X DIN T-Clamp, DN w/.mm face M DIN Tube Weld, DN H ISO Tube Weld, DN cc. to DIN 7 Row B (ISO 7). See dimensions, page cc. to DIN 7 Row. See dimensions, page cc. to DIN 8, DIN 8 Row cc. to DIN 8 Row B * Std. Gauge Ports are /" FNPT. Contact factory for availability of others & Trim S Cv. (Kv,) S* Cv. (Kv,) S Cv.8 (Kv,9) S Cv. (Kv,7) R Cv. Self-Relieving R* CV. Self-Relieving R Cv.8 Self-Relieving R Cv. Self-Relieving * Though out of sequence, "S" and "R" are the correct order codes for Cv. & Seat Material - FD & USP Class VI T PTFE Cv. P PEEK Cv.8 T PTFE Cv.8 P PEEK Cv. T PTFE Cv. P PEEK Cv. T PTFE Cv. P PEEK Cv. 7 & 8 Range Spring / Outlet Pressure E - 7 psi E - psi 9 & Diaphragm Material JL Jorlon TM PTFE, FD & USP Class VI & ctuator SK Standard ctuator K utoclavable nodized luminum Knob available as cataloged option CV Captured Vent PM Panel Mount TP nti-tamper feature (See illustration page ) & Inlet Gauge - psi / bar (Dual) BB - psig / bar (Dual) CC - psig / bar (Dual) DD - psig / bar (Dual) NN None Outlet Gauge - psig/bar (Dual) B - psig / bar (Dual) C - psig / bar (Dual) N None Z SEP Compliance G SEP Compliant Ø None Z 7 ccessories S Clean For Oil Free X Clean For Oxygen Ø EN. Cert for Wetted Parts Ø None Z -9-

20 JSRLFLP/88 JSRLFLPE (EDPM Seat) Ordering Schematic Model Size Material / & & & 7 & 8 9 & & & 7 JSRLFLPE Model Low Flow Low Pressure Reducing Valve (EDPM Seat) Size /" (DN8) 8 /8" (DN) /" (DN) L Material Stainless Steel L & Body Feature End Connection Port Configuration* FNPT, /" Port "" B FNPT, /8" B Port "B" C FNPT, /" C Port "C" T SME BPE Tri-Clamp, D Port "D" /" W SME BPE Tube Weld, /" E Port "E" S ISO Tri-Clamp, DN V ISO w/.mm face T-Clamp, DN R ISO T-Clamp, DN D DIN Tri-Clamp, DN N DIN T-Clamp, DN w/.mm face U DIN T-Clamp, DN X DIN T-Clamp, DN w/.mm face M DIN Tube Weld, DN H ISO Tube Weld, DN cc. to DIN 7 Row B (ISO 7). See dimensions, page cc. to DIN 7 Row. See dimensions, page cc. to DIN 8, DIN 8 Row cc. to DIN 8 Row B * Std. Gauge Ports are /" FNPT. Contact factory for availability of others & Trim S Cv. S Cv.8 S Cv. S Cv. R Cv. Self-Relieving R Cv.8 Self-Relieving R Cv. Self-Relieving R CV. Self-Relieving & Seat Material D EPDM Cv. D EPDM CV.8 D EPDM C. D EPDM CV. 7 & 8 Range Spring / Outlet Pressure E - 7 psi E - psi 9 & Diaphragm Material JL Thin Jorlon & ctuator Ranges E thru E SK Standard CV Captured Vent PM Panel Mount TP Tamper Proof K nod. lum. & Inlet Gauge - psig BB - psig / bar (Dual) CC - psig / bar (Dual) DD - psig / bar (Dual) NN None Outlet Gauge - psig B - psig / bar (Dual) C - psig / bar (Dual) N None Z SEP Compliance G SEP Compliant Ø None Z 7 ccessories S Clean For Oil Free X Clean For Oxygen* EN. Cert for Wetted Parts None Z *Procedure complies with STM G-9 and CG G-.-9 Steriflow Valve reserves the right to make revisions to its product, specifications, literature and related information without notice. Please visit our website at for the latest information on our products.