FlexLink conveyor Series Y

Transcription

1 FlexLink conveyor Series Y 3

2 Introduction New conveyor with focus on hygiene The new FlexLink hygiene conveyor was designed to meet the following requirements of special interest to the dairy, food, and personal products industries: Hygiene Open design facilitates cleaning by means of foam followed by water rinsing. Only food approved materials in touch with food No harmful gases or smells created. Environment Operating temperatures 20 C to +60 C Operating humidity 10% to 95% RH Noise level at 70 m/min is 70 dba or less Safety Designed to high standards of safety. Speed The new conveyor is designed for speeds ranging from 5 m/min to m/min. Open beam structure for easy cleaning. 4 Introduction

3 Building block design Proven basic design The new conveyor system is designed around the classic FlexLink XM 83 mm chain. The chain travels along stainless steel conveyor beams.the system contains a number of basic building blocks, which are connected using simple hand tools. No welding is required. The following building blocks are available to build a hygienic conveyor. Beam Conveyor beam (consists of top and bottom part). Slide rail type is PE for speeds up to 30 m/min, UHMW-PE for higher speeds. A fixture can be ordered for precision-cutting and drilling of the beam. The beam also incorporates clamps holding the two parts together. Chain Low friction conveyor chain. Well suited for accumulation without product wear. Drive units and idlers Drive units and idlers in several versions. Maintenance free up to km of chain travel. Available with or without mechanical and electrical overload protection. Fixed and variable speed motors to be ordered separately. Guidance Guidance components from FlexLink standard assortment (plastic/stainless steel). Conveyor support Support components in stainless steel, consisting of tubular legs, beam support brackets, and motor support brackets. Feet from FlexLink standard assortment of plastic feet. Bends Wheel bends, 45 to 180, radius 160 mm Plain bends, 7 to 90, radius 500/0 mm Vertical bends, 5, 7, and 15, radius 0 mm. Available in positive and negative angle versions. Building block design 5

4 Conveyor chain Plastic pivot and stainless steel pin The chain links are connected by means of plastic pivots and stainless steel pins. Pivots and pins are included with chain and link deliveries, so they need only be ordered for replacement purposes. Chain assembly tool A special pin insertion tool is available for use when assembling and dismantling the chain. The tool helps when inserting and removing the stainless steel pin joining two chain links together. Plain chain 83 mm wide The Series Y stainless steel conveyor uses standard FlexLink XM chain. Standard Chain lubrication The chain is lubrication-free. A new chain running on new slide rails, however, will need a few hours of running-in before it runs perfectly smoothly. For applications where absolutely smooth running is essential from the start, a silicone-based lubricant (LDSS 450) is available. Technical specifications Chain weight, plain chain... 1,2 kg/m Tensile strength at 20 C N Permissible working tension at 20 C N Hardness, H RB Water absorption after 24 h at 20 C... 0,2% Standard plain chain is suitable for application with or without moderate accumulation. The plain chain has low friction, eliminating the need for lubrication in most cases. Its design is well suited for cleaning. Ordering information The chain comes in 5 m lengths. Separate links can also be ordered. Plastic pivots and steel pins are included with chain deliveries, so they need only be ordered for replacement purposes. Calculate the required length of chain. For effective track lengths of bends, drive units etc., see each component description. The chain must be ordered in 5 m sections. 6 Conveyor chain

5 Components Plain chain XM Plastic pivot XM Plastic pivot XMTT Note. Must be ordered in multiples of 25 Stainless steel pin XM Plain chain Length 5 m XMTP 5 Plain link XMTL 83* Steel pin Stainless steel XMTD 6 50 *Note. Links must be ordered in multiples of 10 Note. Must be ordered in multiples of 25 Tools Pin insertion tool for chain XM Lubricant for chain Pin insertion tool XMMJ 6 Silicone-based lubricant LDSS 450 Conveyor chain 7

6 Conveyor beam A B C Beam section design The beam design is both safe and hygienic, with selfdraining surfaces, and the return chain protected from any debris from above. The conveyor beams are delivered fully assembled in a series of standard lengths up to 2980 mm. Customer specified lengths (L version) can also be delivered. Each section consists of several parts: Top profile pair (stainless steel) carrying the chain Return beam profile which encloses the return chain Clamps (reinforced PA) keeping the top and bottom profiles together at regular intervals (normally 500 mm, max. 250 mm from beam ends). These clamps also serve as anchor points for guide rail brackets and beam support brackets. Safety tube for finger protection (Fig. A). Connecting brackets (Fig. B) and return beam profile connectors are required for connecting two conveyor beams. Connecting bracket kits and safety tube for beam section ends must be ordered separately. Beam cutting If beam lengths need to be trimmed, it is necessary to use a drill/cut fixture type Please contact Flex- Link for more information. Accessory bracket Brackets for accessories (Fig. C) can be installed along the beam. The bracket has a threaded hole (M8) and is suitable for attachment of guide rail brackets, cable channels, and light accessories such as sensors. One accessory bracket must always be used in combination with beam support bracket Type 1 (see page 1). Slide rail Plastic slide rail is used to provide a low-friction track for the chain on the top side of the beam. The material used is PE or UHMW-PE. The slide rail is anchored using blind rivets in stainless steel. Ordering information 1 Determine the required number of straight sections. If possible, use standard lengths. Custom lengths are available if standard lengths are not suitable. 2 Connecting bracket kits: One connecting bracket kit is needed for each joint between straight beams. The kit includes return beam profile connector and screws. (Drive units, transfer unit, idlers, and bends include connecting brackets.) 3 Slide rail: Two lengths of slide rail are normally required for each length of beam. No slide rail is needed for the bottom track of the beams. 4 Safety tube pieces at beam ends must be ordered separately. At joints between two straight sections, calculate the required tube length as follows: C1 (section 1) + C1 (section 2) 46 (C1: see page 1) At joints from straight section to drive unit or bend (also order end plugs for the open end of the tube): C Blind rivets needed to anchor the slide rail: Two rivets are normally required for each separate piece of slide rail. For continuously wet applications, please contact FlexLink. 6 Cover kits should be ordered for beam clamps that are not used to support guide rail brackets. 6 Conveyor beam

7 Components Conveyor beam Conveyor beam, mm 85 C1 250 L Conveyor beam Length 1,0 m Length to order mm XMCBY 0 XMCBY L3 Conveyor beam, mm 250 (L 500)/2 250 L Beam clamp Conveyor beams are delivered with 1 5 clamps depending on beam length. Extra clamps can be ordered. See below. Conveyor beam Length 1,5 m Length to order mm Conveyor beam, mm 250 (L 500)/3 XMCBY 1500 XMCBY L M6S M8 12 A4 Beam clamp assembly Cover kit for beam clamp Cover kit includes cover plate (stainless steel), rubber gasket and screw. Conveyor beam, mm L/2 L/ Conveyor beam Length 2,0 m Length 2,25 m Length to order mm Conveyor beam, mm 250 (L 500)/4 Conveyor beam Length 2,98 m Length to order mm Accessory bracket XMCBY 2000 XMCBY 2250 XMCBY L5 XMCBY 2980 XMCBY L6 250 Conveyor beam Length 0,104 m Length 0,500 m Length to order mm XMCBY 104 XMCBY 500 XMCBY L1 M8 45 Conveyor beam, mm 60 L 200 Conveyor beam Length to order mm XMCBY L2 Accessory bracket for beam For connection of sensors and other accessories. Also required when attaching beam support bracket Type 1 to a straight beam section. Conveyor beam 7

8 Components (continued) Safety tube Slide rail 8 1,5 Safety tube, stainless steel Length 3 m End plug* Delivered as tube stock to be cut to desired length. Nominal lengths (C1: see Conveyor beam above): Between straight beam sections: (C1 Section 1 +C1 Section 2 46) mm Between straight beam section and drive unit: (C1 13) mm Between straight beam section and bend: (C1 13) mm. *Note. End plugs must be ordered in multiples of 50. Slide rail for beam Length 25 m Polyethylene (PE) UHMW-PE XLCR 25 XLCR 25 U Slide rail length required for straight beam is 2 beam length. UHMW-PE version should be used for conveyor speeds exceeding 30 m/min. Stainless steel rivet XLAHX 4 6 Connecting bracket kit Stainless steel rivet, 4 mm XLAHX 4 6 Note. Must be ordered in multiples of 60 Connecting bracket kit for beams Kit includes one bracket, eight M8 screws and one return beam profile connector. Tools A standard TORX-45 screwdriver is required (not supplied by FlexLink). Rivet crimping pliers for XL-XM-XH Mounting tool for slide rail XM Mounting tool for slide rail XMMR 140 Drill/cut fixture Rivet crimping pliers For 4 mm rivets Drill fixture for slide rail d mm Drill fixture for slide rail d=4,2 mm Drill/cut fixture For use when beam lengths need to be trimmed. Including instructions for use. Additional tools required (not supplied): Drill tool 5 mm Radial end cutter 14 mm 8 Conveyor beam

9 End drive units and idlers End drive unit The end drive unit for Series Y conveyors is specially made for washable applications. It features stainless steel ball bearings, side plates, motor brackets and retaining rings. The other parts have received special surface treatment or are made of glass-fibre reinforced plastic. Drive units can be delivered with or without motor. The end drive unit comes in two versions: with or without provisions for a safety clutch. The clutch version is equipped with a flange. The unit can also be delivered for direct drive without safety clutch. In addition to the fixed speed motors, drive units with variable speed control (5 m/min) are also available. Please contact FlexLink for more information. The drive unit is available with the motor located on the left-hand or right-hand side. Guide wheel kit (only for use with plain chain) A guide wheel kit is available. It is used primarily for drive units running at speeds above 30 m/min. The guide wheel is used to guide the return chain smoothly out from the drive unit and reduce the noise level. The wheel (dashed lines in the drive unit drawings) can only be used with plain chain. Motor connect kits 1 and 2 Motor connect kits are available in two versions, for drive units with slip clutch and for drive units without slip clutch. Both kits are for SEW SA37 motors. Motor support brackets (see page 27) are not included in the kits. 1 The drive unit with slip clutch is connected to the motor by means of a motor support plate. This arrangement facilitates removal of the motor without simultaneously removing the corresponding support leg from the conveyor. The motor support plate is delivered in a kit together with drive shaft and the necessary mounting hardware. 2 For drive units without slip clutch, the corresponding kit consists of a key for the drive shaft, a torque arm, and the necessary mounting hardware. Idler unit An idler unit contains a free wheel which incorporates stainless steel ball bearings. The purpose of the idler unit is to change the direction of the chain with a minimum amount of friction. In an idler unit the chain is guided by flanges to prevent it from disengaging underneath. Transfer unit A combination of end drive unit and idler unit is available as a separate product. It can be used as an intermediate drive unit in closed loop conveyors. See page 14. Note SEW accessory kit. For use with Motor connect kit Type 1 or 2 when used with SEW motors. Included in the motor delivery. Ordering information The photo and drawings show drive units without motors (0-units). Drive units with SEW SA37 motors and slip clutches (optional) can be ordered. Please contact Flex- Link for more information. The 0-unit for use with a slip clutch includes a flange. The slip clutch (standard or stainless steel) must be ordered separately. Drive units and idler units incorporate connecting brackets for connection to the conveyor beam. Mounting hardware is also supplied with the units. Slide rail must be ordered for the top part of the chain track. Special support brackets are available for the drive units. Two types of brackets are used, Type 1 for drive units with slip clutches and Type 2 for drive units without slip clutches. The support brackets are used together with support connectors to connect the drive unit to a support leg. See page 27 for more information. End drive units and idlers 11

10 Components End drive unit, clutch version, left End drive unit, clutch version, right Drive unit, direct drive Motor on left-hand side XMEBY 0 HLPU Effective track length: 0,70 m. Slide rail required: 0,44 m. For motor alternatives, see Ordering information. Note. Slip clutch must be ordered separately. Drive unit, direct drive Motor on right-hand side XMEBY 0 HRPU Effective track length: 0,70 m. Slide rail required: 0,44 m. For motor alternatives, see Ordering information. Note. Slip clutch must be ordered separately. End drive unit, no clutch, left End drive unit, no clutch, right Drive unit, direct drive, no clutch Motor on left-hand side XMEBY 0 HNLP Effective track length: 0,70 m. Slide rail required: 0,44 m. For motor alternatives, see Ordering information. Drive unit, direct drive, no clutch Motor on right-hand side XMEBY 0 HNRP Effective track length: 0,70 m. Slide rail required: 0,44 m. For motor alternatives, see Ordering information. 12 End drive units and idlers

11 Components (continued) Slip clutch for drive unit Guide wheel kit Slip clutch for drive unit Standard version Stainless steel version Guide wheel for drive units Including wheel, shaft and mounting hardware. Note. Can only be used with plain chain. For use in high speed operation (60 m/min and above). Motor connect kit Type 1 Idler end unit Motor Conveyor Kit for motor connection Stainless steel For SEW SA37 motor/gearbox. Includes motor support plate, shaft, and mounting hardware. For use with drive unit with slip clutch (HLPU and HRPU versions). Motor connect kit Type 2 85 Idler end unit XMEJY 315 Effective track length: 0,70 m. Slide rail required: 0,44 m. Motor Conveyor Kit for motor connection Stainless steel For SEW SA37 motor/gearbox. Includes torque arm, shaft key and mounting hardware. For use with drive unit without slip clutch (HNLP and HNRP versions). End drive units and idlers 13

12 Transfer units Side transfer unit In-line transfer unit Combination of drive and idler The transfer unit is a combination of drive unit and idler unit. Illustrations show transfer units without motors. Two types of transfers are available: Side-mounted configuration: the idler and drive unit are connected side to side. Ordering information The photo and drawings show drive units without motors (0-units). For available drive unit types, see End drive units. The same types of motor connect kits and support solutions can be used. Transfer units are delivered with connecting brackets installed. Slide rail need only be ordered for the top tracks. In-line configuration: straight line transfer is achieved by using plain bends at the ends of the idler and drive units. 14 Transfer units

13 Components Side transfer unit, clutch version, left Side transfer unit, clutch version, right Side transfer unit Motor on left-hand side Effective track length: 2 2,1 m. Slide rail required: 3,72 m. For motor alternatives, see Ordering information. Note. Slip clutch must be ordered separately. Side transfer unit Motor on right-hand side Effective track length: 2 2,1 m. Slide rail required: 3,72 m. For motor alternatives, see Ordering information. Note. Slip clutch must be ordered separately. Side transfer unit, no clutch, left Side transfer unit, no clutch, right Side transfer unit, no clutch Motor on left-hand side Effective track length: 2 2,1 m. Slide rail required: 3,72 m. For motor alternatives, see Ordering information. Side transfer unit, no clutch Motor on right-hand side Effective track length: 2 2,1 m. Slide rail required: 3,72 m. For motor alternatives, see Ordering information. Transfer units 15

14 Components (continued) In-line transfer unit, clutch version, left In-line transfer unit, clutch version, right A A A A 195 In-line transfer unit Motor on left-hand side Effective track length: 2 2,0 m. Slide rail required: 3,60 m. For motor alternatives, see Ordering information. Note. Slip clutch must be ordered separately. In-line transfer unit Motor on right-hand side Effective track length: 2 2,0 m. Slide rail required: 3,60 m. For motor alternatives, see Ordering information. Note. Slip clutch must be ordered separately. In-line transfer unit, no clutch, left In-line transfer unit, no clutch, right A A A 792 A In-line transfer unit, no clutch Motor on left-hand side Effective track length: 2 2,0 m. Slide rail required: 3,60 m. For motor alternatives, see Ordering information. In-line transfer unit, no clutch Motor on right-hand side Effective track length: 2 2,0 m. Slide rail required: 3,60 m. For motor alternatives, see Ordering information. 16 Transfer units

15 Horizontal wheel bends Wheels minimize friction in bends Horizontal wheel bends are used to provide a horizontal change of direction in the conveyor with a minimum amount of friction. The wheel bend is designed to guide the chain in the return track as well as the top track. Each wheel is supported by sealed bearings for long life and a minimum amount of friction. The wheel bend is available in three versions, with 45, 90, or 180 change of direction. A guide disc can be placed on top of the wheel.the guide disc must be ordered separately. See Guide rail system, page 23, for more information. The length of some products prohibits the use of, for example, one 90 wheel bend. In such cases the change of direction can be distributed between two 45 wheel bends. The illustrations show the space requirements when several wheel bends are combined. Support bracket Beam support bracket Type 1 (see page 29) can be used to support a wheel bend at the joint to a straight beam section. One lug is connected to the beam clamp, and the other to the wheel bend. See photo. Note that the centre of the beam clamp must be placed 52 mm from the beam end. The minimum straight beam length is 104 mm Ordering information When calculating the required amount of slide rail, note that slide rail need only be installed on the upper outer bend. Connecting brackets are included. Horizontal wheel bends 17

16 Components Horizontal wheel bend, 45 Horizontal wheel bend, Horizontal wheel bend, 45 XMBHY 45R160 Effective track length (top + bottom): 0,66 m Slide rail required: 0,36 m (only needed on top side) 320 Horizontal wheel bend, 180 XMBHY 180R160 Effective track length (top + bottom): 1,41 m Slide rail required: 0,84 m (only needed on top side) Horizontal wheel bend, Horizontal wheel bend, 90 XMBHY 90R160 Effective track length (top + bottom): 0,91 m Slide rail required: 0,52 m (only needed on top side) 18 Horizontal wheel bends

17 Horizontal plain bends Plain bends for large radii Horizontal plain bends are used when wheel bends are not suitable. Examples: For long products, requiring large-radius turns When large-radius bends are desired for other reasons For twin-track bends. Important Use plain bends only when wheel bends cannot be used. Plain bends will increase the tension in the chain and cause higher stress on slide rail. To ensure a reliable conveyor design using plain bends, consult your FlexLink Systems representative for technical data and design assistance. Support bracket Beam support brackets Type 2 (see page 29) can be used to support plain bends. Ordering information Connecting brackets are included. Slide rail is only needed for the top side of the bends. Horizontal plain bends 19

18 Components Horizontal plain bend, 7 Horizontal plain bends, R Horizontal plain bend, 7 R=0 mm XMBPY 7R0 7 Effective track length (top + bottom): 0,65 m Slide rail required: 0, 65 m (only needed on top side) R 45 Horizontal plain bend, Horizontal plain bend, 45 R=500 mm R=0 mm XMBPY 45R500 XMBPY 45R0 Effective track lengths (top + bottom): R500: 1,20 m, R0: 1,98 m Slide rail required (only needed on top side): R500: 1,20 m, R0: 1,98 m Horizontal plain bend, 15 R=500 mm R=0 mm R 15 XMBPY 15R500 XMBPY 15R0 Effective track length (top + bottom): R500: 0,67 m, R0: 0,93 m Slide rail required (only needed on top side): R500: 0,67 m, R0: 0,93 m Horizontal plain bend, Horizontal plain bend, R 90 R 30 Horizontal plain bend, 30 R=500 mm R=0 mm XMBPY 30R500 XMBPY 30R0 Effective track length (top + bottom): R500: 0,93 m, R0: 1,45 m Slide rail required (only needed on top side): R500: 0,93 m, R0: 1,45 m Horizontal plain bend, 90 R=500 mm R=0 mm XMBPY 90R500 XMBPY 90R0 Effective track length (top + bottom): R500: 1,98 m, R0: 3,55 m Slide rail required (only needed on top side): R500: 1,98 m, R0: 3,55 m 20 Horizontal plain bends

19 Vertical plain bends Bends for inclines/declines Plain bends are available for 5 and 15 inclination and declination. P and N indicate a positive or negative angle. The P versions are used at the beginning of an incline and at the end of a decline. The N versions are used at the beginning of a decline and at the end of an incline. Ordering information Connecting brackets are included. Slide rail is only needed on the top side of the bends. Components Vertical bend, positive angle Vertical bend, negative angle 5 /7 /15 R0 5 /7 / R0 Vertical bend, pos., 5 Vertical bend, pos., 7 Vertical bend, pos., 15 XMBVY 5R0P XMBVY 7R0P XMBVY 15R0P Effective track length (top+bottom): 5 : 0,58 m, 7 : 0,66 m, 15 : 0,95 m Slide rail required (only needed on top side): 5 : 0,57 m, 7 : 0,64 m, 15 : 0,92 m Vertical bend, neg., 5 Vertical bend, neg., 7 Vertical bend, neg.,15 XMBVY 5R0N XMBVY 7R0N XMBVY 15R0N Effective track length (top+bottom): 5 : 0,56 m, 7 : 0,63 m, 15 : 0,89 m Slide rail required (only needed on top side): 5 : 0,57 m, 7 : 0,64 m, 15 : 0,92 m Vertical plain bends 21

20 Guide rail system Versatile guide rail system Kit or components Standard guide rail solutions for FlexLink Series Y conveyors are: Compact two-rail design Compact one-rail design High two-rail design with crossing support. Steel tube ( 12 mm) is used as guide rail. Guide rail supports are available in kit form. The components used for the kits are also available separately. For example, additional spacers are available to increase the minimum track width. Note The kits are delivered unassembled. 22 Guide rail system

21 Components (continued) Guide rail bracket kits H G I C E F E F B B D D A A A J Type X1 Type X2 Type X3 Guide rail bracket kit Type X1 Kit Type X1 includes all items needed to support two 12 mm guide rails on each side of the beam: A. Guide rail bracket support XLRFX V B. Guide rail clamp support XLRLX C. Guide rail clamp, double XLRKX D69 The clamp support (B) can be ordered separately in two other lengths. See page 26. Kit Type X1 is not suitable for connection to the curved part of a wheel bend without modification. Guide rail bracket kit Type X2 Kit Type X2 includes all items needed to support one 12 mm guide rail on each side of the beam: A. Guide rail bracket support XLRFX V D. Distance piece Type A, 18 mm XLRD 18 A B. Guide rail clamp support XLRLX E. Guide rail clamp rod, 18 mm F. Guide rail clamp XLRK 12 DE The clamp support (B) can be ordered separately in two other lengths. See page 26. Guide rail bracket kit Type X3 The guide rail bracket kit includes all items needed to support two 12 mm guide rails: A. Guide rail bracket support XLRFX V D. Distance piece Type A, 18 mm XLRD 18 A I. Guide rail support tube XLRRX 3 18 C J. End cap XLRZ 18 E. Guide rail clamp rod, 18 mm F. Guide rail clamp XLRK 12 DE G. Cross connector XLRXX 18 X H. Corner connector XLRXX 18 C Guide discs for wheel bends The standard guide rail is flexible enough to be used in plain bends and in the outer bends of wheel bends. For inner bends, plastic guide discs are used. The discs are snap fitted to the wheel bend wheels. Note that the discs rotate with the bend wheels The discs are available in four fixed diameters, corresponding to four track widths (if track is symmetrical). See the following table: Guide disc XLRG 235 W XLRG 212 W XLRG 187 W XLRG 162 W Track width 87 mm 110 mm 135 mm 160 mm Guide rail system 23

22 Component kits Guide rail bracket kits Type X1 Guide rail bracket kit Type X Max. 395 Guide rail bracket kit Type X Min. 13 Each kit contains all components needed to support two levels of 12 mm guide rail tube on both sides of the beam. Mounting hardware is included. Each component can also be ordered separately. 29 Guide rail bracket kit Type X Guide rail bracket kit Type X The kit contains all components needed to support two levels of 12 mm guide rail tube. Mounting hardware is included. The kit includes two 18 mm spacers. Each component can also be ordered separately. 58 Guide rail bracket kit Type X The kit contains all components needed to support one level of 12 mm guide rail tube on both sides of the beam. Mounting hardware is included. The kit includes two 18 mm spacers. Each component can also be ordered separately. 24 Guide rail system

23 Components Steel tube 12 mm (guide rail) Guide rail support tube, stainless steel Straight steel tube 12 mm Stainless steel Length 3 m End plug Connecting plug (kit with 10 plugs) *Note. Must be ordered in multiples of 50 Guide rail bracket support Type V Guide rail bracket support XLRZ 12* XLRFX V To be used with guide rail clamp XLRLX CA. Including screw and nut in stainless steel 2,5 11 Guide rail support tube Stainless steel Length 3 m XLRRX 3 18 C End plug XLRZ 18* *Note. Must be ordered in multiples of 10 Guide rail clamp rod, 18 mm Guide rail clamp rod Stainless steel Use with XLRXX 18 X, XLRXX 3 18 C, XLRKX 12 DE and XLRFX V Cross connector Spacers for guide rail bracket support Type A Cross connector Stainless steel screws and nuts Corner connector XLRXX 18 X Distance piece Type A Polyamide D= 6 mm D= 18 mm XLRD 6 A XLRD 18 A For use with guide rail bracket supports XLRFX V Note. Must be ordered in multiples of 10 Corner connector Stainless steel screws and nuts XLRXX 18 C Guide rail system 25

24 Components (continued) Guide rail clamp support Type CA Guide rail clamp, double L 24,5 18 Guide rail clamp support L=60 mm L=110 mm L=160 mm XLRLX CA XLRLX CA XLRLX CA Including stainless screw and nut. For use with XLRKX V and XLRK D69 Guide rail clamp, double XLRKX D69 Including stainless steel rod, screw and nut. Suitable guide rail type: 12 mm steel tube type For use with clamp support XLRLX CA. Guide disc for horizontal wheel bend Guide rail clamp 12 16,5 27 Guide rail clamp XLRK 12 DE Including stainless steel screw and nut. For use with 18 mm guide rail clamp rod Suitable guide rail type: 12 mm steel tube Guide disc for wheel bend Polyamide, white d=230 mm d=212 mm d=187 mm d=162 mm d 28 XLRG 235 W XLRG 212 W XLRG 187 W XLRG 162 W 26 Guide rail system

25 Support system A B C D E F H 380 H 350 H 260 H 325 H 325 H G 5 135±15 75±15 Conveyor support system The support system for Series Y conveyors is based on support tubes made of stainless steel. To build a support leg, the following components are needed (see figure): Beam support bracket (3 types available: C, D, E) or motor support bracket (2 types available: A, B) Support connector (see photo, page 28.) Support tube 60 mm F (delivered in 3 m lengths, or pre-cut to desired length). The beam cutting lengths for a given conveyor height H from floor up to top of chain are shown in the figure. Foot G (two types available) Motor support brackets The drive unit motors are supported by motor support brackets connected to support legs. The brackets are designed with a sloping base to prevent cleaning fluids from remaining on the surface. The following types are available: Motor support bracket Type 1 (B), for use with drive units with slip clutches. In addition, a motor connect kit Type 1 ( ) must be ordered for this type of drive unit. See page 13. Motor support bracket Type 2 (A) for use with drive units wihout slip clutches. In addition, a motor connect kit Type 2 ( ) must be ordered for this type of drive unit. See page 13. A support connector is used to connect the brackets to the support tube. One connector and the necessary screws for connection to the bracket are delivered as a kit. Beam support brackets The conveyor beams are supported by beam support brackets. The brackets are designed with a 20 sloping base to prevent cleaning fluids from remaining on the surface. The slope should face in the direction of chain travel for maximum safety. The following types are available: Type 1 (E) for straight beam sections, offset holes for best longitudinal stability. Note. The mounting lugs of this beam support brackets are offset by 130 mm. One of the lugs can be connected to a beam clamp, on one side of the beam. On the other side, an accessory bracket (see page 9) is required. Type 2 (D) for straight beam sections or plain bends, facing holes for use when offset holes are not suitable. The lugs are normally connected to the beam clamps. Type 3 (C) for 180 wheel bends Note that screws, nuts, and washers for connection to the beam or wheel bend must be ordered separately. A support connector is used to connect the brackets to the support tube. One connector and the necessary screws for connection to the bracket are delivered as a kit. Support system 27

26 Support system (continued) Support connector One support connector must be ordered for each beam support bracket or motor support bracket. The connector incorporates an expanding disc which locks the connector in the tube when the centre screw is tightened. The connector must be connected to the support tube before the bracket is attached to the connector: 1 Insert the support connector into the top end of the support tube. 2 Tighten the screw in the middle of the support connector to fix the connector inside the support tube. 3 Attach the beam support bracket to the support connector by means of the remaining two screws. Ordering information Cutting lengths for the support profile: see figure on page 27. Screws, nuts, and washers required for connections between beam support brackets and beam must be ordered separately. Please contact FlexLink for more information. Note that motor connect kits are required for use with SEW SA37 motors/gearboxes. Please contact Flex- Link for more information. Mounting details The top illustration shows a beam support bracket and a guide rail bracket support connected to the same beam clamp, using a common screw and washer. The bottom illustration shows a beam clamp. Feet The support legs fit into two types of foot: Three-point polyamide foot (A) Two-point polyamide foot (B). The feet can be used with or without adjustable feet type XCFS A Max. depth from clamp side Washer Screw length for guide rail kit Type 2/3 Screw length for guide rail kit Type 1 Depth from clamp side: Min. 9 Max. 14 Beam support bracket Three-point polyamide foot B Screw lengths for assembly Two-point polyamide foot 28 Support system

27 Components Support profile Beam support bracket Type 3 Chain 8, Support profile Stainless steel Length 3 m ± 0,02 m Length to order Support connector XCBMX 3 60 XCBMX L 60 Beam support bracket Type 3 For 180 wheel bend Support connector and hardware for mounting to bend must be ordered separately. See page 28. Motor support bracket Type 1 14,5 Chain 6 M8 (8 ) Support connector Connects support tube to support bracket. One support connector must be ordered with each beam support bracket or motor support bracket. Beam support bracket Type 1 85 Chain Support bracket for drive unit with slip clutch Support connector must be ordered separately. Motor connect kit Type 1 is required for use with SEW SA37 motor/gearbox. See page 13. Motor support bracket Type 2 Chain Beam support bracket Type1 Offset mounting holes Support connector and hardware for mounting to beam must be ordered separately. Note. One accessory bracket must be ordered to be used on one side of the beam. See page Beam support bracket Type 2 85 Chain Support bracket for drive unit without slip clutch Support connector must be ordered separately. Motor connect kit Type 2 is required for use with SEW SA37 motor/gearbox. See page 13. Beam support bracket Type 2 Facing mounting holes Support connector and hardware for mounting to beam must be ordered separately. Support system 29

28 Components (continued) Polyamide foot, 3-point Three-point foot Reinforced polyamide Threaded bushings and spacers in nickel plated brass XCFG 60 T Polyamide foot, 2-point Two-point foot Reinforced polyamide Threaded bushings and spacers in nickel plated brass XCFG 60 D Polyamide foot, adjustable M Adjustable foot, M16 thread Stainless steel XCFS Including nut. 60 Max. vertical load N 30 Support system