XL series
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Cylinders series "XL" comply with ISO 15552 standard, being In this way completely interchangeable with the former cylinders to ISO 6431 A/DMA 24562 standards. These cylinders are supplied cushioned as standard and, in the version with magnetic piston type can be supplied with magnetic sensors. Available also to directive 94/9/EC ("ATEX" - 2GD category). TECHNICAL DATA Pistone type - Special option H.B.:Magnetic switch FM100-FM157 (see chapter magnetic sensors * See technical data on page 0.12 Cylinder 0125, double acting, 100 mm stroke, non-magnetic piston type, ATEX: 125/100 XL/N/EX Cylinder 0320, through rod, stroke 150, magnetic piston type, stainless steel piston rod: 320R150 XL/M1 / Double acting S Single acting front spring * Y Single acting rear spring * PISTON TYPE T Double push tandem * P Double stroke tandem Z Fit for piston rod locking unit (only 0125) 1 Stainless steel piston rod and rod nut 3 Stainless steel piston rod and rod 5 Extruded profile barrel (only 0125) /EX complies with the ATEX directive "Available even with Viton® seals just for applications where is needed a chemical compatibility; not available for high temperature SPARE PARTS Through rod and polyuretane and NBR rubber 0/SG/R/XL

Tie rods cylinders to ISO 1 5552 standard Ø 1 25 ÷ 320 D KK* l l 2* l 8* O PL* SW* TG* VA* VD WB WH* Weight Increase (g) (g) every 1 0mm STANDARDIZED DIMENSIONS P.S.: Rod nuts supplied as standard

DOUBLE PUSH TANDEM DOUBLE STROKE TANDEM FIT FOR PISTON ROD LOCKING UNIT

Fixings for cylinders Ø 1 25 ÷ 320 to ISO 1 5552 standard FLANGE - STEEL - CPUI/F Ø (supplied with screws) * NOT TO ISO 1 5552 STANDARD FOOT - STEEL - CPUI/PB Ø (supplied with screws) FRONT FEMALE HINGE - NOT TO ISO 1 5552 STANDARD - ALUMINIUM - CPUI/CFA Ø (supplied with screws)

Fixings for cylinders Ø 1 25 ÷ 320 to ISO 1 5552 standard REAR FEMALE HINGE (supplied with screws) - ALUMINIUM - CPUI/CF Ø - STEEL - CPUI/CF Ø AC PIVOT FOR REAR FEMALE HINGE (ALUMINIUM) - GALVANIZED STEEL - CPU/CPUI/SEC Ø (STEEL) - GALVANIZED NITRIDED STEEL - CPU/CPUI/SEC Ø AC MALE HINGE (Supplied with screw) - ALUMINIUM - CPUI/CM Ø - STEEL - CPUI/CM Ø AC Ø Weight Weight Alu. (g) Steel (g)

Fixings for cylinders Ø 1 25 ÷ 320 to ISO 1 5552 standard SQUARE JOINT NARROW REAR FEMALE HINGE (supplied with screws) - ALUMINIUM - CPUI/CFS Ø - STEEL - CPUI/CFS Ø AC (only for Ø 1 25) L4 XD Weight Weight Alu. (g) Steel (g) NON-ROTATING PIVOT FOR NARROW REAR FEMALE HINGE - GALVANIZED NITRIDED STEEL - CPUI/SEC Ø AT

Fixings for cylinders Ø 1 25 ÷ 320 to ISO 1 5552 standard NARROW MALE HINGE WITH ARTICULATED HEAD (ISO 1 2240) (supplied with screws) XD Weight Weight Alu. (g) Steel(g) - ALUMINIUM - CPUI/CMSS Ø - STEEL - CPUI/CMSS Ø AC (only for Ø 1 25) SQUARE JOINT WITH ARTICULATED HEAD (ISO 1 2240) - STEEL - CPUI/ASSS Ø AC Ø CA BQ CK EM G1 G2 G3 H6 JS15 H7 JS14 JS14 1 25 INTERMEDIATE HINGE - STEEL - EXTRUDED TUBE WITH TIE RODS - CX/CPUI/CT Ø (supplied with dowels) SUPPORT FOR INTERMEDIATE HINGE - STEEL - CPUI/SCT Ø

Cylinder piston rod attachments Ø 1 25 ÷ 320 FEMALE PISTON ROD CLEVIS WITH PIN AND SNAP RING TO ISO 81 40 - STEEL - M27x2 ÷ M36x2 SELF-LUBRICATING PISTON ROD EYE TO DIN ISO 1 2240 STANDARD - STEEL See chapter magnetic sensors from page 1 .93 of the general catalog (CAT.08/EN) MAGNETIC SENSOR SERIES FM1 00 - FM1 57 FIXING BRACKETS For Ø1 25 ÷ 200 see chapter magnetic sensors from page 1 .93 of the general catalog (CAT.08/EN) SENSOR FIXING BRACKETS - ALUMINIUM - SQ (Supplied with adapter for magnetic sensors series FM1 00)

SEALS FOR LOW FRICTION CYLINDERS a) Piston seal for rear chamber; b) Piston seal for front chamber; c) Cushioning seal for rear chamber; d) Cushioning seal for front chamber; e) Rod seal. Rear chamber Rear chamber + cushioning Rear chamber + rod seals Rear chamber + cushioning + rod seals Front chamber Front chamber + cushioning The low friction cylinders series "XT", "X" and "XL" (available from Ø 1 25 to Ø 200), are used as "dancers" or "enlager strechers" cylinders, but they are just single acting cylinders without the return spring. As indicated in the previous table, we can have...