CH1 Pag1-Pag10

PL10 Series1/2 Inch PortsCatalog 0700P-EStandard PL10 Seriesof Drain Option Ordering InformationPort Type- NPTG BSPPPort Size04 1/2 InchMaterialSS Stainless SteelPL10 - 04 W SSBOLD ITEMS ARE MOST POPULAR.PL10 LubricatorDimensionsA2.36(60)A12.52(64)B1.73(44)C2.17(55)D5.46(139)E7.62(194)F3.50(89)inches(mm)Features• Stainless Steel Construction HandlesMost Corrosive Environments• 1/8" Female Threaded Drain• Fillable Under Pressure• Meets NACE SpecificationsMR-01-75/ISO 15156• High Flow: 1/2" - 100 SCFM§BowlD Metal BowlwithoutSight GaugeW Metal BowlwithSight GaugePortSizeNPT BSPPManualTwist DrainManualTwist Drain1/2"Metal Bowl With Sight GaugePL10-04WSS PL10G04WSSStandard part numbers shown bold. For other models refer toordering information below.§ SCFM = Standard cubic feet per minute at 90 PSIG inlet and 5 PSIGpressure drop.012345P r e s s u r e D r o p - P S I GP r e s s u r e D r o p - b a r.1.2.3Primary Pressure - PSIG1.7 bar3.4 bar 5.2 bar 6.9 barPrimary Pressure - bar051015202530354045Flow - dm /s3nPL10 SeriesAir Line LubricatorsCatalog 0700P-E Technical Specifications – PL10PL10 Filter Kits & AccessoriesDrain Kit –Manual Twist Drain –Small (Old) ..........................................................SA600Y7-1SS Large (New) ...............................................................SAP05481 Pipe Nipple –1/2" 316 Stainless Steel ................................................616A28-SS Sight Dome Kit –(Old)..................................................................................RKL10SS (New) ..................................................................................PS740NSpecificationsBowl Capacity ..................................................................4.0 OuncesPort Threads ..........................................................................1/2 Inch Pressure & Temperature Ratings –Metal Bowl (D) ...................................0 to 300 PSIG (0 to 20.7 bar) 0°F to 150°F (-18°C to 66°C) Metal Bowl (W) ..................................0 to 250 PSIG (0 to 17.2 bar) 0°F to 150°F (-18°C to 66°C)Note: Air must be dry enough to avoid ice formation attemperatures below 32°F (0°C).OperationAir flowing through the unit goes through two paths. At low flow rates the majority of the air flows through the Venturi section (A). The rest of the air opens the check valve (C). The velocity of the air flowing through the Venturi section (A) creates a pressure drop. This lower pressure allows the oil to be forced from the reservoir through the pickup tube (B) and travels up to the metering screw (D). The rate of oil delivery is then controlled by adjusting the metering screw (D). Oil flows past the metering screw (D) and forms a drop in the nozzle tube (E). As the oil drops through the dome (F) and back into the Venturi section (A), it is broken up into fine particles. It is then mixed with the air flowing past the check valve (C) and is carried downstream. As the air flow increases the check valve (C) will open more fully. This additional flow will assure that the oil delivery rate will increase linearly with the increase of air flow.Technical InformationWeight ........................................................................1.9 lb. (0.85 kg)Materials of ConstructionBody .....................................................................316 Stainless Steel Bowl .....................................................................316 Stainless Steel Dip Tube ...............................................................316 Stainless Steel Drain ....................................................................316 Stainless Steel Fill Plug ................................................................316 Stainless Steel Seals .............................................................................Fluorocarbon Sight Dome ...............................................................................Nylon Sight Gauge ........................................................................Isoplast(Revised 11-21-12)Stainless Steel FRLs Catalog 0700P-ENotes。

G10可编程参数输入G10允许用户在程序中设置偏置，用G10代替手工输入刀具长度偏置、半径补偿、工件坐标系偏置等。

G10L_P_R_X_Y_Z_L:选择的偏置种类L2G52和G54-G59工件坐标原点。

L10刀具几何页面长度偏置（H代码）L11刀具磨损页面长度偏置（H代码）L12刀具几何页面半径补偿（D代码）L13刀具磨损页面半径补偿（D代码）L20G110-G129辅助工件坐标原点P:选择的特殊偏置，由于P是跟随在L后面的选项，在不同的L种类中P的含义不同。

L10/L11中：P1-P100用来指定刀具长度补偿H代码。

G10L10P1…P1表示H01L12/L13中：P1-P100用来指定刀具半径补偿D代码。

G10L12P1…P1表示D01L2中：P0、P1-P6用来表示基本偏置EXT、G54-G59工件坐标系。

（P1=G54、P2=G55、P3=G56、P4=G57、P5=G58、P6=G59）G10L2P0…P0表示EXT基本坐标系。

G10L2P1…P1表示G54工件坐标系。

L20中：P1-P20用来表示G110-G129辅助工件坐标系。

（P1=G110、P2=G111、P3=G112……P19=G128、P20=G129）L20中：P1-P99用来表示G154P1-G154P99参考工件坐标系。

R:长度或直径偏置量的绝对值或相对量。

L10中：R用来表示长度偏置的绝对值。

G10L10P1R100.3表示长度H01里面输入100.3L11中：R用来表示长度偏置的增量值。

G10L11P1R2.1表示在原有的长度H01里面增加2.1L12中：R用来表示半径偏置的绝对值。

G10L12P1R4.1表示半径补偿D01里面输入刀补4.1L13中：R用来表示半径偏置的增量值。

G10L13P1R-0.1表示在原有的半径D01里面减去0.1*L10/L11为加工中心特有的偏置类型，不适用于车削**R值可以叠加使用，例如：G10L10P1R100.3G10L11P1R2.1运行该程序段后刀具长度补偿偏置里面实际值为102.4G10L12P1R4.1G10L13P1R-0.1运行该程序段后刀具半径补偿偏置里面实际值为4.0X_Y_Z_:仅在表示工件坐标偏置类型中，表示可以选择的X Y Z轴零点的位置。

More of what you need to work smarter,AccessoriesV i s u a l I n d e x59RG D-17T1RG D-17Partek Sleeve D-18ParKoil™ (PG) D-19GuardsO-Rings for CA, CE,CF MetricFlange “D” Rings Caterpillar ® Style FlangesT ube O-Ring Fittings and CompressorFittingsO-Rings for Compression Fittings (IT126)O-Rings for C9, OC, 1C Metric Swivels88HC-H Clamp D-2488DB Clamp D-24Hose Assembly D-26Workstations3/4 Reel Rack D-2772B-Cabinet D-28HR6 Hose Bin D-28Hose Adapters D437° Flare Metric Triple-Lok ®Sizes: 6 mm – 38 mmMaterials : Steel, Stainless Steel Pressures : Up to 7200 psi60° Cone BSPPK4Sizes : 1/8” – 2”Materials : Steel Pressures : Up to 5000 psi30° Flare Komatsu StyleSizes : M14 x 1.5 – M33 x 1.5Materials : Steel Pressures : Up to 4000 psiO-Ring Face-Seal Metric Seal-Lok™Sizes: 1/4” – 2”Materials: Steel, Stainless Steel Pressures: Up to 9200 psiJapanese Industrial Standard JISSizes : 1/4” – 1”Materials : Steel Pressures : Up to 5000 psiWhen ordering Parker Adapters, please state the Catalogued Number of each type of adapter desired. Be sure to double check tube and hose sizes of items required.To select proper seal materials for specific applications, refer to Media Compatibility Chart in Tube Fitting Catalog 4300, or contact your Parker Tube Fitting Distributor.If in doubt about which type or size of fitting to specify, consult your Parker Tube Fitting Distributor. In addition Parker Field Sales, Technical Services,the Tube Fitting Division and your local Parker Service Center will help you find answers to all your issues.Phone: (614) 279-7070Fax: (614) 279-7685Web: /tfdNote: Refer to Parker Catalog 4300 for more detailed application information.CALL TOLL-FREE 1-800-C PARKER (1-800-272-7537)Parker Information Center for catalogs, literature or additional information.O-Ring Face-Seal Seal-Lok™ Sizes: 6 mm – 38 mm Materials: Steel, Stainless Steel Pressures: Up to 9200 psi37° Flare FittingsTriple-Lok ®Sizes: 1/8” – 2”Materials: Steel, Stainless Steel, BrassPressures: Up to 9000 psiPipe Fittings and Port AdaptersSizes: 1/8” – 2”Materials : Steel, Stainless Steel, BrassPressures : Up to 7200 psiPipe SwivelsSizes : 1/8” – 2”Materials : Steel, Stainless Steel Pressures : Up to 5000 psiConversion AdaptersSizes: 1/4” – 1-1/2”Materials : Steel, Stainless Steel Pressures : Up to 7700 psiHydraulic Flange and Flange AdaptersSizes : 3/4” – 3”Materials : Steel, Stainless Steel Pressures : Up to 6000 psi15T3SAE (Code 61) Flange – Male SAE (JIC) 37˚ FlareCaution: Do not use the T3 flange to tube or swivel nut to tube adapter in hose assembly applications inwhich pressures exceed the SAE100R2 working pressure range.17T3SAE (Code 61) Flange – Male SAE (JIC) 37˚ Flare - 45˚ Elbow19T3SAE (Code 61) Flange – Male SAE (JIC) 37˚ Flare - 90˚ Elbow39T3Male - Female Swivel - SAE (JIC) 37˚ - 90˚ Elbow41T3Male - Female Swivel - SAE (JIC) 37˚ - 90˚ Elbow - Long4AH3SAE Code 61 Flange - Male SAE (JIC) 37˚ Flare - 5000 psi Caution: Do not use the T3 flange to tube or swivel nut to tube adapter in hose assembly applications in which pressures exceed the SAE100R2 working pressure range.4FH3SAE Code 61 Flange - Male SAE (JIC) 37˚ Flare - 5000 psi -45˚ Elbow4NH3SAE Code 61 Flange - Male SAE (JIC) 37˚ Flare - 5000 psi -90˚ Elbow6AH3SAE Code 62 Flange - Male SAE (JIC) 37˚ Flare6FH3SAE Code 62 Flange - Male SAE (JIC) 37˚ Flare - 45˚ Elbow4AJMCode 61 Flange - Male Seal-Lok4FJMCode 61 Flange - Male Seal-Lok - 45˚ Elbow4NJMCode 61 Flange - Male Seal-Lok - 90˚ Elbow6NH3SAE Code 62 Flange - Male SAE (JIC) 37˚ Flare - 90˚ Elbow6NJMCode 62 Flange - Male Seal-Lok - 90˚ Elbow6FJMCode 62 Flange - Male Seal-Lok - 45˚ Elbow6AJMCode 62 Flange - Male Seal-LokNote:*5000 psi with 4A, 4F and 4N Fittings and 50H Flange Halves.There are two non-interchangeable SAE split flanges: a: S tandard or Code 61 is for 3,000psi to 5,000psi maximum, depending on size.b.H igh Pressure or Code 62 is for 6,000psi maximum, r egardless of size. The flange head is “V” notched for identification.Consult these tables to determine flange halves and flange kits specifications.High Pressure (Code 62)Standard Pressure (Code 61)Note: For use with 4A, 4F and 4N Flanges.50H5000 psi Flange Half (Code 61)Note: For use with 4A, 4F and 4N Flanges.Note: High pressure applications also require the use of Code 61 Flange End hose fittings.51HSAE Flange Half (Code 61)5050HK5000 psi Flange Kit (Code 61)5151HKSAE Flange Kit (Code 61)HFHSAE Flange Half (Code 62) HFHFHKSAE Flange Kit (Code 62) 8FHFlange Half (8000 psi)8FHFHKFlange Kit (8000 psi)DIN and ISO Metric PortsDIN (German) and ISO (International Organization for Standardization) flange heads are the same as SAE flange heads. By comparison, the ports have the same configura-tion except that the DIN and ISO Type I ports accept metric bolts. This requires specialflange halves in most sizes.Note: High pressure applications also require the use of Code 62 Flange End hose fittings.M1HDIN (ISO) Flange HalfM1M1HKDIN (ISO) Flange Kit (Code 61)M2M2HKDIN (ISO) Flange Kit (Code 62)M2HDIN (ISO) Flange Half (Code 62)711509O-Rings - SAE Thread (Compound N552-90)*711510O-Rings - Code 61 and Code 62 Flanges (Compound N552-90)**Note: F or use with petroleum base fluids, other compounds available for Phosphate Ester fluids.Please contact The Parker Hannifin Seal Group/O-Ring Division (1-800-C-PARKER) for additional information.C9RG O-Rings for CA, CE, CF MetricC9RG O-Rings for C9, OC, 1C Metric SwivelsD9DTBonded Seal for BSPP Port Fittings*Note: D 9DT must be ordered from the Tube FittingsDivision. Please contact TFD for additional size and product information.XARGFlange “D” Rings Caterpillar ®Style FlangesJ0RGO-Rings - Seal-Lok ®Note: O -Rings for use in Seal-Lok ® connections are illustrated in actual size. Part numbers for O-Ringsused in Seal-Lok ® and in SAE port connections are also listed in the table. O-Rings are supplied in Nitrile NBR compound, 90 durometer hardness.SAE 711509-4-8Seal-Lok J0RG-8-8Photo shows an actual comparison between an SAE port O-Ring (top) and a Seal-Lok ® O-Ring (bottom). They differ in both diameter and cross section.8ARGFlange “D” Rings for 76 Series Style FlangeT1RGO-Rings for Compression Fittings (1T126)Charge Ports CapsR134aR12CORGCaptive O-Ring Assembly ToolsParker’s new CORG Assembly Tools are designed to facilitate the installation of the O-Ring into the half-dovetail groove of the O-Ring face seal fitting.Note: C ORG Assembly T ools must be ordered from the T ube Fittings Division (614) 279-7070.Note: O -Rings listed are for use with petroleum base fluids. Other compounds are available for Phosphate Ester fluids by special order. For Viton ® or otherO-Ring compounds, consult Parker Hannifin, Seal/O-Rings Products Division (1-800-C-PARKER.)Bench TypeHand Type59RGO-Rings for Tube O-Ring Fittingsand Compressor FittingsNote:T he above O-Rings (RG) have HNBR compound number N1195-70 (green).Accessory Selection Guide – Partek Sleeve (AS-B, AS-Y or PS)Note: T he inside flat “A” dimension correspondswith the inside diameter “B” dimension. For example, AS-Y -13 flat surface “A” is 1.34 in. This offers a .86 in. inside diam-eter “B”. Hose with a smaller O.D. can be specified for this size sleeve. Parker 201-5 hose has a .58 in. O.D. and can easily be inserted in the Partek AS-Y -13Sleeve.Note: 1. T he dimensions shown are related to the hose outside diameter and may not fit over the fitting. For over the fitting applications, a larger sizesleeve may be required.2. Cut lengths are available. Contact your local distributor for prices ().Partek SleevePartek “PS” SleeveParker’s Partek Nylon Protective Sleeving gives you tough hose abrasion protection two ways. First, per the ISO 6945 specification, Partek has a unique tubular weave nylon construction, Partek “AS” is strong enough to withstand greater than 200,000 abrasion cycles without wearing through the fabric at any loca-tion. Partek “PS” can withstand greater than 50,000 abrasion cycles. In addition, this weave also gives an exceptionally smooth interior wall, allowing rubber hose to move freely inside the sleeve. This provides easy installation and prevents any internal abrasion problems. Partek sleeving is available in either black or yellow and in sizes to fit most hydraulic hose. Partek, the quick and easy solution to hose protection in high-abrasion areas.Temperature Range: -67°F to +248°F (-53°C to +120°C)Accessory Selection Guide – PolyGuard (HG)• S hield hose from abrasion and cuts • Minimize kinking• Cannot rust or corrode • R esist water, oil, gasoline, hydraulic fluid, and most solvents • I deal for bundling plastic tubing or hose lines • E asy to install without removing hose lines; no clamps neededPolyGuardHeavy-duty polyethylene provides protection in rugged operating conditions.Great for b undling high-pressure hose lines.Cut edges can be smoothed by applying heat.CAUTION: This material will support combustion.Color: BlackTemperature Range:0˚F to +200˚F (-17˚C to +93˚C)Parkoil ™Lower-cost protection for applications that call for a tighter bend radius and are less demanding.Cut edges can be smoothed by applying heat.CAUTION: This material will support combustion.Color: BlackTemperature Range:0˚F to +200˚F (-17˚C to +93˚C)Accessory Selection Guide – ParKoil ™ (PG)Accessory Selection Guide – Spring Guard and Armor GuardNote:Spring Guard and Armor Guard are packaged in 10 ft. pieces.Parker Spring Guard and Armor Guard are two products that prolong the life of hose lines that are exposed to rugged operating conditions. They distribute bending radii to avoid kinking in hose lines and protect hose from abrasion and deep cuts. Guards areconstructed of steel wire and plated to resist rust.Spring Guard (SG)Armor Guard (AG)Accessory Selection Guide – Firesleeve (FS-F)Parker Firesleeve is a flame resistant sheath that protects the hose from extreme temperature conditions. Firesleeve easily slides over hoses and readily expands over fitting. It can be assembled with Parker FSC or properly sized wormgear clamp.Construction: Braided fiberglass sleeve and an orange,bonded and seamless silicone rubber cover.Specifications: Conforms to SAE Aerospace Standard 1072A Type 2A.Temperature Range:-54˚C to +260˚C (-65˚F to +500˚F).Note: T he Firesleeve inside dimension (I.D.)must exceed the outside diameter (O.D.) of the hose and offer an allowance for easy hose insertion. For example, 201-16 has a 1.23 in. O.D. FS-S-24, with an I.D. of 1.46 in., is the suggested Firesleeve. Note: P arker FSC Clamp fits all hoses up to2 in. O.D. Note: P arker HC Clamps (wormgear) are listedon page D-24.Note: See Page D-22 for Firesleeve assembly instructions.Firesleeve (FS-F)FSC ClampPart Number: FSC(One size fits all hoses up to 2 inch O.D.)Accessory Selection Guide – Firesleeve (cont.)1. A ssemble one end fitting on hose. Cut firesleeve to same length as hose. Cover approximately 1” of each end of fire-sleeve with FSS sealant and allow to dry.2. P ush firesleeve back from cut end of hose and assemble the second end fitting. Then pull firesleeve completely over both sockets.3. I nsert tail of FSC clamp into FST clamping tool.4. P osition clamp around middle of socket and tighten with tool. Bend end of band back over buckle. Repeat on other end.Repair any scuffs or abrasions in firesleeve with FSS sealant.FSC ClampUsed to attach firesleeve around socket on hose sizes with a 2” maximum O.D.FST Clamp ToolPart Number: FST -711617 Used to secure FSC clamp.FSS Firesleeve SealantKeeps end of firesleeve from fraying - for neater, longer lasting installation.FiresleeveAssembly InstructionsAccessory Selection Guide – CL ClampVinyl coated steel clamps provide hose support where long lengths are used. Provides neater installation of hose lines, minimizes hose chafing and prevents damage to hose.Material: CR Steel with Zinc PlatingCoating: Black Vinyl Plastisol - 0,8 mm (0.03 inch) thick.Temperature Range:-40°C to +107°C (-40°F to +225°F).Accessory Selection Guide – HC, 88HC-H and 88DB ClampThe Parker HC Clamp is a stainless steel worm gear clamp designed for low presure industrial hose applications.Material: Stainless steelSpecifications: SAE J1508, Type F and Type HD88HC-HSeries Hose Clamp(High Torque Wormgear)88DBSeries Heavy Duty Hose Clamp(Double Bolt Hose Clamp)HC Hose Clamp TableNote: See 88 Series Assembly Instructions for proper 88HC-H clamp attachment.Accessory Selection Guide – Protection Shields (HP , HT, and HP-B)Prevent hose abrasion while extending your hose life. Parker Hose Protection Shields extend hose life by protecting the hose from abrasion that occurs when hose rubs against other hose, metal or concrete. Parker hose shields are resistant to oil, lubricants, gasoline, most solvents and can withstand ambient temperatures from -40° to +300° F . Easily installed and secured by cable ties without disconnect-ing any hose lines. Use with hose from 1/4” to 2” I.D.♦ Eliminate hose abrasion on concrete, metal or any rough surface. ♦ Guard against hose deterioration on mobile hydraulic equipment. ♦Let Parker fill all your hydraulic and pneumatic hose product needs.Hose Protector Shields are a fast and extremely cost effective way to isolate fluid lines from direct contact with other lines, components or structural members. They’re available in 4-inch, 6-inch and 8-inch lengths and the width can be trimmed to satisfy a variety of situations. These flexible protectors simply clamp around the hose and are securely held in place by nylon cable ties which are included. The cable ties are recessed in molded grooves to protect them from abrasion. You don’t need to disconnect a line to install a Parker Hose Protector Shield the way you do with a continuous tubular sleeve. Just wait until the installation is up and running to see exactly where contact needs to be prevented.Parker Hose Protector Shields are available in bulk quantities and in convenient assortments in 4”, 6” and 8” sizes. Cable ties are included with all protectors and are also available in bulk.Hose ShieldsTie Wraps HP-B-13X18-KIT2 ea. HP-13 RFL HT -12-KIT 30 ea. HT -12 Tie Wraps 2 ea. HP-15 RFL HT -16-KIT 30 ea. HT -16 Tie Wraps4 ea. HP-18 RFLHT -22-KIT15 ea. HT -22 Tie Wraps20 Hose Protectors and 60 Tie Wraps for each size are in point of purchase display box.HP-B-13-RFL 10 ea. HP-B-13 Hose Protectors (4”). 30 ea. HT -12 Tie Wraps in a sealed plastic bag.HP-B-15-RFL10 ea. HP-B-15 Hose Protectors (6”). 30 ea. HT -16 Tie Wraps in a sealed plastic bag.HP-B-18-RFL5 ea. HP-B-18 Hose Protectors (8”). 15 ea. HT -22 Tie Wraps in a sealed plastic bag.Contact your authorized Parker Hose Products Distributor for pricing and delivery information.Note: Parker Hose Protector Shield products are intended to prevent damage. They are not suitable as patches or repairs for lines which are already damaged or worn beyond safe use standards.Counter DisplayThe complete on-site complete hose assembly workstation design (above) includes:• TH7-5-C—6’ table with 1 hose reel and 1 bottom shelf • TH7-6—16 hose reel system, with rotating base • T H7-7—15” wide table set up for Parker 239 or 339 Cut-Off Saw Specifications: HoseFab Table (heavy duty)• Laminated wood table top • 1-1/2” square tubing structure • Gussetted corner braces • 6-leg design• All legs have adjustable feet • Hose reel/shelf combinations• 40B-Cabinet or 72B-Cabinet for fitting storage • Optional: Hose trough for measurement of hose • Calibrated to line up to Saw Table • Adjustable stop for standard length cuts• Built-in tape measureSpecifications: Rotary Reel Rack (TH7-6)• 16 Hose reel capacity • Compact design• Rotates for 1 man use• Center post bolts to floor in 4 places • Optional: Overhead craneSpecifications: Saw Table (TH7-7)• Calibrated to line up to Hose trough • Adjustable feet• Mounts to 6-foot benchSpecifications: 3 or 4 Reel Rack • Free standing 3 reel rack (TH7-8)• Bolts to floor• Optional: 4th reel capacity with wall mounts (TH7-8-F)• (2) 40B-Cabinet 40 openings - 4·1/2” x 4·1/2” x 12” in size • TH7-6-C—Optional overhead crane • T H7-5-HT—Optional 6’ measured hose trough with ad -justable hose stopPictured left is a complete on-site hose assembly workstation, the Parker Kart:The Parker Kart, TH7-4, is a portable all-in-one unit designed to hold a Minikrimp, Karrykrimp, Karrykrimp 2, or Parkrimp 1; a 332T -115V Cut-off Saw; 4 reels of hose; and has a 40 bin cabinet with 3 drawers for tools. The TH7-4 can be customized to fit your specific hose assembly needs. Contact Parker HPD or your Parker Hose distributor for details.Note: Part number TH7-4 does not include hose, fittings or equipment.Note: Part number and specifications of components for both workstations are listed on the following pages.HPD Hose Assembly WorkstationsHose Products Division has set up an agreement to allow Hose Products customers to purchase directly from our vendor, Safety Step.Safety Step’s contact information is:Safety Step Annette Cox 888-448-4237*********************See Safety Step contact information at the top of this pageSaw TableFeaturesThe Saw Table, specially designed for Parker 239 or 339 Hose Cut-Off Saw, attaches directly to the HoseFab Table.Part Number DescriptionTH7-715” wide table set up for Parker 239 or 339 Cut-Off Saw Table measurements:H eight - 18” Width - 28”Length - 14”3/4 Reel RackFeaturesCompact in its design, the standard version will hold 3 reels of hose. Optional 4th reel capacity designed with wall anchor mounts.P art Number DescriptionTH7-8 Upright 3 hose reel rackTH7-8-FO ptional extension with wall anchor for 4th reel Rack measurements:Height - 59” (82·1/2” with 4th reel option) Width - 27·3/4”Length - 27·1/2”HoseFab TableFeaturesHeavy duty constructed table for mounting Minikrimp, Karrykrimp, Karrykrimp 2, or Parkrimp 1. HoseFab Table is available in 3 versions to meet your require-ments. Options include two 40B-Cabinets or 72B-Cabinets for fitting storage.Part Number Description TH7-5-R 6’ table with 2 hose reels TH7-5-S 6’ table with 2 bottom shelves TH7-5-C 6’ table with 1 hose reel and 1 bottom shelf TH7-5-HT O ptional 6’ measured hose trough with adjustable hose stop 40B-Cabinet 40 openings - 4·1/2” x 4·1/2” x 12” in size 72B-Cabinet 72 openings - 4·1/2” x 4·1/2” x 12” in size Table measurements: Height - 31-3/4” Width - 29”Length - 72”Rotary Reel RackFeatures16 Hose reel capacity that fits in a compact area. Supplied with heavy duty casters which allow for ease of turning, even when fully loaded. Optional overhead crane available.Part Number DescriptionTH7-6 16 hose reel system, with rotating base TH7-6-C Optional overhead craneRack measurements:Height - 104” (120” with optional overhead crane) Width - 67”Length - 67”See Safety Step contact information on page D-26See Safety Step contact information on page D-26See Safety Step contact information on page D-26See Safety Step contact information on page D-26Parker Kart Part No. TH7-4Parker Kart organizes and stores all your necessary Parker hoses, fittings, power and hand tools - everything you need to make fast hose assemblies on site. As a valued addition to any facility, Parker Kart will save on downtime and labor costs, as well as eliminate errors in cutting and fitting attachment. With Parker Kart, you’ll always have the materials you need, right when and where you need them.• Easy one-man movement• Eight-inch urethane casters with brakes• Forklift carry tubes• Electric receptable with cord• Fitting bins and drawers• Large tool drawer• Four hose reel holders• Choice of Parker crimping equipment• Optional accessories availableParker Kart can be customized to fit specific hose assem-bly needs. Parker Kart does not include hose, fittings orequipment.Fitting Stock Bins72B-Cabinet36” wide, 43” high, 12” deep, with 72 openings each 4-1/2”x 4-1/2” x 12”, heavy duty steel, all welded construction.Product bin labels are available.Hose Stock BinsHR6-Hose-BinRugged metal cabinet for stocking coils of Parker hose 36”wide, 28” high, 20” deep, with upright separators to provide6 compartments varying in width from 4” to 8”.Provides suitable base on which to place the fittings stockbin (top measures 36” x 20”, bottom of fittings bin measures36” x 12”.)Yellow with black “Parker Hose” lettering.See Safety Step contact information on page D-26。

1. This application procedure applies toParker Chomerics CHO-BOND® 1018and CHO-BOND® 1019. CHO-BOND1018, is a two-part nickel-platedaluminum polythioether and CHO-BOND 1019, is a two-part silver-plated aluminum polythioether, eachof which are typically used as gapfillers, fillets, and seam sealants.2. For New Applications: In a well-ventilated area, clean the surfaceswith isopropyl alcohol (IPA) and letthe solvent flash off. Other harshersolvents, such as methyl-ethyl-ketone (MEK), toluene, or acetonecan be used to clean more difficult toremove contaminants.For Rework Applications: removethe existing compound and preparethe surfaces same as above guid-ance.3. Once the surfaces are prepared,CHO-BOND 1018 or CHO-BOND 1019can be mixed. Refer to the MixingInstructions in this document aspresented on Page 2.4. CHO-BOND 1018 or CHO-BOND 1019material is now ready to be applied.CHO-BOND material is typicallypackaged in a 6-ounce (by volume)SEMCO® cartridge. CHO-BOND 1018is also available in a 2.5-ounce (byvolume) SEMCO cartridge.Note: The 6-ounce SEMCO cartridgewill require an application gun todispense the product. There aremanual guns as well as pneumaticguns. A commonly used pneumaticgun is the SEMCO model 250A. (Ap-plication guns are not available fromParker Chomerics). A typical illustra-tion of the 250A dispensing gun isshown in the next column:To initially select the proper pres-sure to dispense CHO-BOND prod-ucts from the SEMCO cartridge, setthe line pressure at 10 psi and thenactivate the dispensing gun. Whilethe gun remains activated, slowlyincrease the pressure to the gunsteadily until the CHO-BOND materi-al flows out of the gun at the desiredrate. Avoid having high pressure inthe line to limit unexpected excessmaterial.Care should be taken during the ap-plication of the CHO-BOND mate- rialso that any protective coating on thesubstrate is not damaged. A non-stick plastic applicator is a betterchoice than a metal one. Limiting thebead width to less than a ½-inch incross-section is recommended, asthe center of the bead may not prop-erly cure within the typical full-curetime period.5. When out of its container, andexposed to air, CHO-BOND 1018 /CHO-BOND 1019 material will startto cure with- in a few minutes. Asthe product starts to cure, it willbecome difficult to work with andmay compromise adhesion to themating surfaces. It is recommendedto dispense in short sections, ap-proximately 3 feet of working lengthat a time.Try to avoid applying a long beadof material where the beginning ofthe bead may start to cure beforeoptional forming and shaping cantake place.If forming or shaping of the materialis required, the forming tool shouldbe wet using Toluene (or other simi-lar slow evaporating solvents). Non-stick, inert, and chemically resistantplastic tools may be a better choicethan a metal forming tool to avoidinadvertent damage to the substrateor finish. CHO-BOND 1018 and CHO-BOND 1019 will feel gritty duringapplication and forming, due to thelarge particle size of the conductivefiller.6. Handling time will vary by applica-tion. Typically, the assembly can behandled after 24 hours of cure time.The assembly will continue to cureas long as there is access to the am-bient atmosphere. Ideal conditionsfor full cure are room temperature21± 11°C (70± 20°F). Cure is inde-pendent of relative humidity levels.CHO-BOND® 1018 & CHO-BOND® 1019 Application Guide1. Always read and understand theprocess specification and the Safety Data Sheet (SDS), which provides information on health, physical and environmental hazards, handling precautions and first aid recommen-dations.2. Remove red nozzle cap and screw indasher rod (clockwise) into propel-ler mixer located inside the nose of cartridge.3. Hold cartridge, grasp dasher rod,and push forward approximately one inch.4. Insert ram rod into hollow of dasherrod, break piston loose, and inject about one-third of the contents into the front third of the cartridge.Note: Use even pressure; do not use force, tap, pound, or jolt ram rod if piston does not break loose readily.5. Push forward dasher rod and injectone-third of the rod’s contents at the middle of cartridge, then push dasher rod and inject the last third one inch from the end of the car-tridge. Remove ram rod.6. To mix, hold cartridge and pushdasher rod to the plunger end. Begin stroking the dasher rod turning in a spiral clockwise motion from the end of the cartridge to the plunger. Rotate the dasher rod approximately 90 degrees each stroke. A stroke is one complete in and out cycle. Mix material to 60-120 strokes (approxi-mately 1-2 minutes), or until well mixed.7. After mixing, remove red bottom/end cap.8. Pull dasher rod back to the nose ofthe cartridge. Grasp cartridge firmly at the neck, unscrew dasher rod and remove.9. Screw dispense nozzle into car-tridge. The dispense nozzle can be cut at an angle to help form the de- sired bead size and shape, reducing the amount of shaping and forming of the dispensed bead.Mixing Instructions - Injection Style Cartridge PackageDasher RodDispense NozzleRam RodSEMCO TubePropeller Mixer(internal)CHO-BOND® 1018 (Ni/Al filler) and CHO-BOND® 1019 (Ag/Al filler) caulking compound kit consists of a (part-A binder), charged in a HPE SEMCO tube, with a mixing dasher rod filled with part-B. The cartridge contains a propeller mixer inside the nose of the SEMCO tube. The mixing dasher rod is screwed on to the propeller mixer, and the contents of the dasher rod are “charged” into the SEMCO tube for mixing.10. Insert mixed and prepared tubeinto the dispensing gun, and use as required.© 2023 Parker Hannifin Corporation. All rights reserved.Talk to an Expert about Your ProjectGet a Quote Where to Buy Cure - Application life and cure times are dependent upon ambient environmental conditions. For epoxy cured polythioether rela- tive humidity does not affect tack free time and cure time.CHO-BOND 1018 and CHO-BOND® 1019 material is shipped frozen and must be immediately stored frozen upon receipt on-site at –40°F (-40°C), or below for optimal retention of material properties and certified shelf life.Thawing of CHO-BOND 1018 and CHO-BOND® 1019 prior to use can be accomplished in two ways:Ambient Thaw: Place the entire kit (unopened pouch) to be used on a level surface in a vertical position. Let stand at 70-80°F(21- 27°C) for approximately 30 minutes. Dry any condensation from the exterior of the pouch and mixing tubes prior to use. Actual thawing times may vary.Water Bath Thaw: Place the CHO-BOND 1018 and CHO-BOND 1019 kit (pouch) upright in a 120°F (49°C) water bath for approxi-mately 5-7 minutes. Upon removal from the bath, carefully dry the exterior of the pouch (same as above) before using. Actual thawing times may vary.Technical Bulletins for CHO-BOND materials, along with Safety Data Sheets (SDS) are available at our website: /chomerics . For additional technical support, please contact Parker Chomerics Applications Engineering at (781) 935-4850.CHO-BOND ® 1018 & CHO-BOND ® 1019 Ordering InformationCHOAG1004 May 2023。

Series CPH104PTechnical Information Performance CurvePressure Drop vs. Flow (Through cartridge only)SpecificationsMaximum Flow 30 LPM (8 GPM)Maximum 340 Bar (5000 PSI) - SteelInlet Pressure 210 Bar (3000 PSI) - Aluminum Leakage 5 drops/min. (1/3 cc/min.)at 340 Bar (5000 PSI)Pilot Ratio 3:1Operating Temp.-40°C to +93.3°C (Nitrile)Range (Ambient)(-40°F to +200°F)-31.7°C to +121.1°C (Fluorocarbon)(-25°F to +250°F)Cartridge Material All parts steel. All operating parts hardened steel.Body Material Steel or Aluminum Filtration ISO code 16/13,SAE Class 4 or better Mounting No RestrictionsCavityCommon Cavity No. C10-3General DescriptionThe CPH104P Series Single P .O. Check Valve will positively lock an actuator or permit flow to a portion of a circuit and not allow reverse flow until adequate pilot pressure is applied to the pilot port.OperationFree flow is permitted from the valve port (3) to the cylinder port (2). In the absence of adequate pilot pressure, the poppet remains seated preventingreverse flow. When adequate pilot pressure is applied at the pilot port (1), the pilot piston unseats the check poppet permitting reverse flow.Features•Hardened, precision ground parts for durability •Internal pilot pistonHydraulic Oil 135 SSU @ 100°F (28 cSt)6.95.52.84.11.4P r e s s u r e D r o p (P )∆Bar Flow (Q)15482LPMGPM0236308Pilot (1)Valve/Inlet (3)Series CPH104PDimensionsSeries CPH104POrdering InformationNOTE:If system pressure does not exceed 210 Bar (3000 PSI), aluminum bodies can be used.Higher pressures require steel bodies.Shipping Weight Cartridge Only .09 kg (0.2 lbs.)Cartridge in Body .86 kg (1.9 lbs.)。

文件信息发布范围关键词：（5~8个）“运算&图形”“缩放”图 1 Servo guide 与Servo guide mate对应关系维修说明书B-64605_01详细介绍了SERVO GUIDE MATE画面显示与操作，故不再赘述繁琐第1路径N1触发1ms1ms图 2 振动频率-测量设定“设定通道”画面的进入方式有两种：1、点击“System”后选择“波形”，画面，然后依次点击“操作”、“测量”、“取数”和“CH设定”后进入“设定通道”画面。

图 3 振动频率测试-设置通道在“设定通道”画面内设置CH1~CH3，具体设定值及含义见表 2。

图动频率曲线进行设定的。

CH1 CH2 CH3轴指定同一轴种类2：TCMD 16：FRTCM 15：FREQ单位33：% 31：A(p) 32：HZ转换系数100 100 1Title Servo Guide Mate 图 4 振动频率测试-运算&图形完成上述设定后，点击“System”后选择“波形”，右扩展进入“BODE”画面，依次点击“操作”、“测量”和“启动”，此时 “BODE”画面内“Now Sampl ing”标志急速闪烁。

切换至Now Sampling”慢速闪烁直至采集结束，最终采集的振动频率曲线如图所示。

为了便于观察，可操作图 5内屏幕下方软键来调整图形显示。

图 5 振动频率曲线中有上下两组曲线，1 为幅频特性曲线，2 为相频特性曲线，调试中主要以曲线察伺服特性的主要依据。

曲线1 中，按照频率区域划分：为低频特性响应区，该区域内接近 0dB 的曲线代表系统的响应带宽，接近的曲线越宽，系统的响应特性越好。

1、幅频特性曲线2、相频特性曲线图 6 转矩指令滤波器有高频振动，则可以利用HRV滤波器来消除高频振动点。

系统供使用的滤波器共有），如果系统有两个或以上共振点，需要组合使用滤波器。

Title Servo Guide Mate Diff2（AT ）：2阶微分CH1数据图 7 电流曲线测试-运算&图形（Y-TIME ）时间）的图1~图2进行表 5所示设定，值得注意的是“输入求选择通道，显示单位也可根据实际需求进行变更。

TK2118-3118调频方法1．按住MONI键+DIAL键开机，显示SELF。

2．按LOW显CH1，转动ENC选择所需信道数。

3．按PTT键显-------2，按LOW显出接收频率，按住1键调整数，松开后调小数，按PTT 键直到显示-------4，按一下LOW显示出发射频率，按住1键调整数，松开PTT键调小数。

按住PTT键直到显示CH2。

此时一信道已存好。

4．选择其他信道的设置，请重复（3）以上的步骤。

按FUNC显示SELF，关机。

开机即可使用。

建伍TK2118/3118对讲机写频方法--------------------------------------------------------------------------------一准备工作：1、将KPG69D软件安装在WIN98/95系统的计算机中。

2、将写频器的连接线分别与计算机、对讲机连接牢固。

二、写频操作：1、点击KPG69D文件中的兰色图标，进入主界面。

2、选择机型及频段：点击下拉菜单“型式”—“型式信息”，选择所需频段，点击“确认”，显示“频率数据将被清除”时，点击“确定”。

3、选择功能：点击下拉菜单“编辑”—“可选功能”，选择（常用）：键锁—前部键/旋转编码器。

静噪电平—3-5自台编程—不允许面板编程时应关闭。

项目无误时，点击“确认“。

4、输入频率数据：直接在频率表中键入频率数据，每输入一项即按回车键1次。

“宽/窄”一项应选择“宽”。

检查某一信道内容：点击该信道最右侧的“》”钮，显示“频道编辑”窗口，可进行检查与修改，无误后点击“确认”。

5、选择通信端口：点击下拉菜单“设置”—“通信端口”，选择相应的通信口，点击“确认”。

6、写入对讲机：检查数据正确、连接无误后，打开对讲机电源开关，点击写入图标（上方工具栏最右侧图标）或点击下拉菜单“编程”—“向通信机写入数据”显示动态写频图形。

写频完毕，关闭对讲机电源，拆下连接线即可。

Rego1 CA-CP-11Rego1RG1-M-V2-11.18Legal information/CopyrightAll rights reserved. Contents provided herein must neither be distributed, copied, reproduced, edited orprocessed for any other purpose, nor otherwise transmitted, published or made available to a third party without express written consent from Packaged Pumps Systems Ltd.Subject to technical modification without prior notice.© Packaged Pumps Systems Ltd. 2018Packaged Pumps Systems Ltd.Unit 12, Haslemere Industrial Estate, Pig Lane, Bishop’s Stortford. CM23 3HG01279 757 400*******************T.E.W.Rego11.0 Rego1 overview 42.0 Box contents 42.1 Cardboard box contents 42.2 Rego1 unit contents 43.0 Technical information 44.0 Health & Safety 55.0 Guarantee 56.0 Unit location 57.0 Basic functions 58.0 Rego1 pump buttons 69.0 Rego1 common buttons 710.0 Mounting the Rego1 unit 711.0 Typical wiring diagram 812.0 Connecting 240V mains 913.0 Connecting pump/s 1014.0 Connecting the floats1115.0 Starting the Rego1 1216.0 Single/dual setup 1217.0 Float inspection 1318.0 Pump setup 1319.0 Connecting external devices 1420.0 Energy monitoring 1421.0 Servicing 1522.0 Service Reset 1523.0 Spares 1524.0 Error codes 1525.0 Special error codes 1726.0 LED codes 1727.0 Troubleshooting 1728.0 PPS Technical Department 1729.0 Battery backup 1830.0 Common overcurrent limits 1831.0 Typical wiring diagram (inc. battery backup) 1932.0 Float errors 2033.0 Service Lock 2234.0 SideWinder Tech (Wi-Fi) Remote Monitoring 2235.0 Internal Battery 231.02.0 Box contentsRego13.0Technical information2.1 Cardboard box contents•1 x 6V Battery2.2 Rego1 unit contents • 1 x Rego1 Unit• 1 x Installation & Operating Manual (this document)• 6 x Large Cable Glands • 3 x Large Blanking Plugs • 8 x Large Nuts• 2 x Small Cable Glands • 2 x Small Nuts• 2 x Small Blanking Plugs • 1 x Lid Screw Pack• 1 x Scratch Off Security Code CardThe Rego1 is a new generation pump station control panel. The replacement of analogue circuitry with digital technology enables various advantages from, improved time and efficiency of installation, smaller in size, less components for failure, Wi-Fi enabled allowing for remote monitoring via SideWinder Tech, local energymonitoring and a whole host more. The control panel has all the classic capabilities including the manual runningof pumps (hand), automatic swapping of pumps and ability to set pumps offline.Rego156.0 The Rego1 must be positioned in an area where the alarm can be clearly heard and is permanently accessible for servicing. The Rego1 must be positioned where there is sufficient air circulation to the front and base vents. The Rego1 must not be located further than 10m from the pump/s it is being used in conjunction with. If cable extensions are required, these must be selected in accordance with BS 7671:2008 ‘Requirements for Electrical Installations’. If using in conjunction with a battery backup, please ensure the units are no further than a 10m cable length from each other. The Rego1 should be positioned in an area where there is a good Wi-Fi signal strength.7.0Basic functionsDuty/StandbyThe Rego1 is a Duty/Standby control panel. This implies that it can only run one pump at a time. The swap over logic is controlled by the processor in the unit, which allows for even wear on each pump.Float ControlThe Rego1 is controlled with three floats.• HIGH - High Level Alarm (but will also run the pump)• MID - Start • LOW - This float ensures no dry pumping can occur - StopOvercurrentThe Rego1 has built in overcurrent protection (also knows as overloads). This protection is implemented in software and the thresholds are set by using the buttons on the front of the panel.4.0 In order to minimise the risk of ill health or accidents when installing and/or servicing pump chambers and associated accessories, workers must be fully trained and competent. The following guidelines will help safeguard matters:• Assessing the risk and working in accordance with the control measures identified.• Ensure electrical power to the equipment is isolated before carrying out installation or maintenance.• A suitable first aid kit must be close to hand.•The electrical installation must comply with the requirements of BS 7671:2008 ‘Requirements for Electrical Installations’ incorporating amendment 3:2015.Rego1 is offered with a 24 month component guarantee. This guarantee only covers any defects inworkmanship, construction or material. This guarantee does not cover, defects caused by incorrect installation, installer error, abnormal working conditions, misuse or neglect.7.0 6Rego1UndercurrentThe Rego1 monitors any undercurrent. This means that if a pump has broken down and draws no current, the pump is set offline (indicating undercurrent) and the other pump takes over.Service IntervalThe Rego1 has a built in service reminder which is disabled from factory. Using the buttons on the front of the panel, the service reminder can be enabled, the reminder can be reset and the service interval can be adjusted (0-24 months).8.0Each pump has three buttons as detailed below.Rego179.0 1. Remove the screws from the front of the Rego1 that secures the front fascia (the internal ribbon cable will be disconnected on supply).2. Using the 4 mounting holes provided, mark, drill and fit suitable wall plugs into the chosen wall for installation (ensure correct wall plugs are used for the wall type).3.Secure the Rego1 unit to the wall using appropriate screws for the wall plugs used.10.0 Mounting the Rego1 unitRego111.0Figure 1. Rego1 typical wiring schematic 8Rego112.0Figure 2. Connecting mains powerWhen the Rego1 is installed there is 240V present, this is indicated by the sticker below and on the front of the panel. Before working on the circuitry connected to the unit or the unit itself, please isolate the mains and disconnect the internal battery. If a backup power supply is present, please ensure that it is disabled before working on this unit. The Rego1 is to be installed and serviced by qualified personnel in accordance with the latest regulations.The Rego1 should always have a supply disconnecting device connected to the incoming power supply, this isnormally by means of a 32A RCBO and a 20A rotary isolator (figure 1).1. Insert 1 x large cable gland into the third from right hole of the Rego1 unit.2. Using the wiring schematic (figure 1), feed the mains power cable through the cable gland and connect the power cable to the corresponding terminal block on the main PCB (figure 2). Follow the internal sticker forwiring guidance.13.0 10Rego11. If you are installing 2 pumps , insert 2 x large cable glands into the fourth and fifth holes from the right hand side of the Rego1 unit.2. If you are installing 1 pump , insert 1 x large cable gland into the forth from right hole of the Rego1 unit.3. Using the cable glands previously installed, feed the pump cable/s through the glands and connect to thecorresponding terminal blocks on the main PCB (figure 3).Figure 3. Connecting pump/s1. Insert 3 x large cable glands into the far left holes of the Rego1 unit.2. Pull the float cables through the cable glands on the Rego1 unit.3. Connect all three cables from each float switch cable to the terminal blocks (figure 4). Use the internalwiring sticker for further guidance.Figure 4. Wiring a float switches1112Before starting the Rego1, ensure the mains power to the unit is isolated.15.1Connecting the ribbon cableOn supply, the ribbon cable that is used to pass communication between the PCB on the fascia and the motherboard is disconnected from the terminal on the motherboard. This must be connected before proceeding to section 15.2See the highlighted area in PURPLE on figure 4 (page 11) for terminal block location.15.2 Turning on the Rego1 unit for the first time1. Ensure the small black switch on the main PCB is set to the NO-SEU position.2. Remove the plastic covers on the battery terminals and connect the red and black leads from the PCB to the battery, red to red and black to black.3. Once the battery has been connected, the display will pulse in a left to right startup sequence. The software release will then be shown on the left display for approx. 2 seconds and 2P in the right display.4. After approximately 20-60 seconds, the right hand display will flash a PF error code.5.Refit the front fascia. Do not turn on the mains.16.0 Single/dual setupThe Rego1 can be used with either 1 or 2 pumps (single or dual). The unit is configured from the factory for 2 pumps - if you are using the Rego1 in a dual setup, please move to section 17.0. If you are using the Rego1 in a single setup, please proceed with step 1 below.1. Enter the pump setup service routine - U7. Press and hold ‘Func’ (approx. 7 seconds) until U7 is displayed, then release.2. 1P will be displayed in the right hand display.3. Press ‘Func’ for approx. 1 second and release. The Rego1 will signal a 1P in the left hand display and OKin the right hand display. The unit will then beep and restart.131. Enter the float inspection service routine - U0. Press and hold ‘Func’ until U0 is displayed, then release.2. On the displays, you will see symbols that represent the floats ‘o’ as pictured below.• Left display / Left section - LOW float • Left display / Right section - MID float • Right display / Left section - HIGH float3. Manipulate each float inside the chamber to ensure they are functioning correctly.• When the float is up the ‘o’ will be displayed in the up position (pictured in the left section of the left display below).• When the float is down the ‘o’ will be displayed in the down position (pictured in the right section of the left display below).• If the displays show three bars, this indicates a short circuit (pictured in the left section of the right display below).• If the displays show a large ‘O’, this indicates an open circuit (not pictured).4. When the float inspection is satisfactory, press ‘Reset’.18.0 Pump setup1. Turn on the mains feed supplying the Rego1 unit, within 20 seconds the PF code will disappear and the green LED will flash once every second.2. Set both pumps offline by pressing ‘Off’, both displays will show ‘--’.3. Press ‘Hand’ for pump 1 (when submerged) and let it run for approx. 5-10 seconds. Record the current (A) reading show on the display.4. Check that the current reading is suitable for the pump installed, see table on page 18 for common pump types.5. The overcurrent limiter must now be set. Add 30% to the value obtained in step 3 (example - 5A running current - 5x1.30=6.5A limit value).6. Press all three buttons on Pump 1 at the same time (Hand, Off, Auto ) - the value shown should be 6.5A from the factory.7. Adjust the value according to the calculation in step 5. Ensure you hold the buttons down to scroll through the values.• Hand - decrease the value • Off - set as the limit value • Auto - increase the value• Reset - abort setting of the value 8. Press the ‘Off’ button to set the limit.9. Repeat for pump 2 if installed.10. Press ‘Auto’ for both pumps, both displays will go blank and the green LED will flash once every 2 seconds.11. Setup is now complete.*Overcurrent detection is disabled when running a pump in ‘Hand’.20.0 Energy monitoringThe Rego1 monitors energy consumption from the pumps. This is measured in kWh/day and is viewable by pressing the ‘Func’ button for 3 seconds. The value shown is a combined value of both pumps.The Rego1 has volt free contacts to connect external devices such as an alarm or beacon. When the high level alarm is activated, the relay sends a signal continuously.The volt free relay is designed to accept devices with a maximum load of 0.5A and voltage up to 30V . If external devices fall outside these parameters, the device must be powered by an external power supply.You can use the Rego1 to power external devices with a maximum voltage of 6-7V .Typically you will need to link out the IN & +6V terminals as pictured below (figure 5). The device will then have to be wired into NO & GND.Figure 5. Typical Volt Free Relay (VFR) connection link14The Rego1 will signal when the pump station requires servicing. This is indicated by an S1 code followed by one beep every minute. The beep can be muted by pressing the ‘Reset’ button (the code will remain illuminated). The beep will return 7 days from pressing the ‘Reset’ button until a service technician resets the service indicator.The service indicator is disabled from factory, to enable this function please refer to section 22.0.23.0 Spares1522.0 Service ResetTo activate the service indicator, press and hold ‘Func’ until U3 is displayed, then release. Press and hold ‘Func’, the display will now scroll through from 00 to 24. Release ‘Func’ on your chosen monthly interval (i.e. 06) - this value is shown in months. Press and hold ‘Func’ to confirm your chosen interval. Now, press and hold ‘Func’ until U2 is displayed, then release. Press ‘Func’ again for 1 second, the unit will beep and show OK on the display. The service reminder has now been set to your chosen interval.When the service interval times out, an S1 code is shown on the right hand display followed by one beep every minute.To reset the service indicator to the set amount of months shown in U3, press and hold ‘Func’ until U2 is displayed, then release. Press ‘Func’ again for 1 second, the unit will beep and show OK on the display. The service reminder has now been reset. To change the service interval to a new value, please follow the setup aswritten in the 1st paragraph of section 22.0.28.0 PPS Technical DepartmentIf you are experiencing any technical issues, please contact the PPS Technical Department on 01279 757400 from 9:00am - 5:00pm or email *******************.26.0 LED codes27.0 Troubleshooting17The Rego1 can be connected to a PowerMaxx, PowerMaxx+ or Hi-PowerMaxx to provide additional battery backup and if connected via Wi-Fi, battery backup capacity and condition is fed directly to the SideWinder.The PowerMaxx, PowerMaxx+ and Hi-PowerMaxx are supplied with 3m of 4 core MaxxConnect family cable.The Rego1 can only be connected to PowerMaxx, PowerMaxx+ and Hi-PowerMaxx which isrunning the software version 3.0 or higher. This can be identified by the software identification sticker on the back of the battery backup units.Please refer to the battery backup instruction manual for final connections. See overleaf (figure 6) for a typical wiring schematic.30.0Common overcurrent limitsThe table below shows common pump types with their normal running current when fully submerged - this figure will differ from a dry running pump. The overcurrent value that requires to be set on the Rego1 unit is 30% above the normal running current.When the Rego1 is connected to a battery backup and the power fails, the Rego1 will show a PF in the right hand display, a figure in the left hand display and beep once per minute. This figure indicates the percentage of battery remaining in the battery backup. An example is shown below with a battery backup of 50% remaining life.18Figure 6. Rego1 typical wiring schematic (inc. battery backup) 9 1The Rego1 is controlled with three floats.• HIGH - High Level Alarm (but can also run the pump)• MID - Start/Stop• LOW - This float ensures no dry pumping can occurWhen wiring the floats, all three cores must be used. This way of connectivity allows the Rego1 to monitor not only UP and DOWN positions but also sense for OPEN and SHORT. The floats are evaluated every second to establish their current state.The OPEN and SHORT positions are considered fault conditions (also known as ambiguous). When the floats are evaluated their state at that moment is communicated and an action decided. Some of these actions work the control panel as normal, some indicate error codes. Each float error code is shown below with the configuration.20Rego132.021Rego133.0For health and safety, the Rego1 has a built in service lock which puts the unit into sleep mode. When the Rego1 is connected to the Wi-Fi via SideWinder Tech, the service lock blocks all incoming remote commands. This function is designed to allow the engineer to work safely on the pump station. It is strongly advised to isolate the mains before opening the Rego1 unit or working on the connected pumps.To access the service lock, follow the steps below.1. Press and hold ‘Func’ until U4 is displayed, then release.2. Press the ‘Func’ button for 2 seconds until SE LO appears on the displays.3. To exit the service lock, there are three options as detailed below.• Option 1 - Press and hold ‘Reset’ for 4 seconds, the unit will restart.• Option 2 - The service lock will automatically time out after 2 hours. This will be initiated by a continuous warning beep for 20-30 seconds before exiting.• Option 3 - Sending a ‘Deactivate Service Lock’ command from the SideWinder.34.0The Rego1 can be connected to the SideWinder Tech remote monitoring software via Wi-Fi. This enables various ‘smart’ functionality and remote monitoring capabilities to allow for predictive maintenance.To activate SideWinder remote monitoring, an SEU card must be purchased with a 5 year subscription to the service (see spare parts). Once purchased, the SEU can be installed and the Rego1 commissioned to the SideWinder. Initial registration is required (free of charge) at the time of setting up your first Rego1 unit.When the Rego1 is commissioned to the SideWinder, it enables the installer to set up the owners details for SMS/Email alerts, such as High Level Alarm, Mains Failure, etc.. These notifications can be sent to up to 5 contacts.Having a Rego1 commissioned to your company ‘island’, enables you (the installer) to remotely control the Rego1 from anywhere in the world. Forgotten to set the overload limits? This can be easily adjusted remotely. Notice a pump has been left offline? This can be set back to AUTO via one simple remote command.The SideWinder functionality also enables the installer to view the running conditions of their commissioned sites pumps, from the steady state current of each pump to the cycles per hour and even the position of the floats at any one time. The SideWinder automatically sends the installers registered sites a monthly health report to one nominated email address.Interested in setting up your Rego1 with the SideWinder monitoring system? Purchase a subscription from PPS and get started straight away.22Rego12335.0The Rego1 internal 6V battery has a nominal life span of 3 years. This life span is shortened by the following:• Temperatures above 25°C.• The number of discharges (the number of times the Rego1 has been used without mains power).• The depletion level when discharging and the number of times the battery is used. Extended periods providing backup power will impact battery life.Replacement of the battery should be done every 2-3 years to ensure maximum backup time. In some cases, the battery might need earlier replacement. Servicing of the battery pack should be performed by a qualified service person with knowledge about batteries and the required precautions. The battery should be replaced with the same type the Rego1 is installed with, this information can be found within the unit or below.36.0 Pump Cycle CounterThe Rego1 has a function that counts and logs the total amount of pump cycles each pump has performed. To access this pump cycle counter, follow the steps below.1. Press and hold ‘Func’ until U5 is displayed, then release.The example below uses 2678 cycles for pump 1.When U5 is entered, P1 will be shown on the left hand display and a single digit will appear on the right hand display. This initial number is the first digit of the total number of cycles for pump 1, i.e. P1 _0The display then changes to show up to 4 further digits, these numbers are the digits after the initial digit, they will complete the figure of the total cycles for pump 1, i.e. 2678. When you put the first digit and the sequential digits together, you will get the total number of pump cycles for pump 1 i.e. 02678. The process then repeats for the second pump, displaying 2P with the initial digit. Press ‘Reset’to leave the pump cycle counter.01279 757 400*******************。