Program LZ
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Catalog excerpts

Program LZ - 1

Steel Energy Guiding Chains Program LZ

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Program LZ - 3

Program LZ: Double rotary AISI 316L stainless steel chain for a stacker/ reclaimer application Steel Energy Guiding Chains for Heavy Duty Applications Conductix-Wampfler LZ steel chains are ideal for applications where users require a strong and resilient chain that will perform under very demanding conditions. Stainless steel grade 304 or 316L are available for environments with high operating temperatures and/ or the presence of corrosive agents. Our chains are built to conform to standard industrial dimensions making them interchangeable with most other manufacturers’ chains. Our LZ...

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Program LZ - 4

Overview Please see page 29 to configure the right chain for your specific requirements.

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Program LZ - 5

Chain program LZ 98 with hoses: mounted and transported on its side by using a steel structure Program LZ97 and LZ96 plus cables: Linear AISI 316L stainless steel chain for an offshore application * Calculated with an additional load of 50% of maximum. Program LZ94: Rotary application of chain, compliant with ATEX Zone 2

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Program LZ - 6

Heavy-duty small-size Energy Guiding Chain with steel sidebands and metal frame stays. This chain can be specified in the ideal configuration to operate under extreme conditions. Application parameters: • Maximum speed: 40 m/min • Maximum acceleration: 5 m/s2 • Working temperature: -30° / +80° Frame stay Types N, A 12 -50° / +150° Frame stay Type S 2 -50° / +200° Frame stay Types G, Gr 2 * See page 7 for descriptions of frame stay types Sideband technical features * Dimension Li refers to type N configuration of the frame stays. For other configurations see table on page 7. Sidebands are...

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Program LZ - 7

This "self-supporting" diagram refers to a chain self-weight (qc) of 5.2 kg/m and cavity width of 39 mm. Diagram base line calculated for stay configuration Type N in width Le = 70 mm Frame Stay Types The LZ92 Series is available in several configurations, depending on the frame stay design: • Type N: Extruded aluminum profile stays with hexagonal cross section, mounted with screws either outside or inside the radius • Type A: Extruded aluminum profile stays with hexagonal cross section, mounted with screws on one side and accessible from the other...

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Program LZ - 8

The end brackets are permanently mounted on the chain. They can be attached in varying positions on the chain. Unless specified otherwise, the brackets are fitted in M2 and F2 positions with fixing holes on the inside of the brackets. Possible Mounting Positions M1 Mobile point frontal outside radius M2 Mobile point standard outside radius M3 Mobile point standard inside radius M4 Mobile point frontal inside radius F1 Fixed point frontal outside radius F2 Fixed point standard outside radius F3 Fixed point standard inside radius F4 Fixed point frontal inside radius Standard positions on...

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Program LZ - 10

Heavy-duty small to medium size Energy Guiding Chain with steel sidebands and metal frame stays. This chain can be specified in the ideal configuration to operate under extreme conditions. Application parameters: • Maximum speed: 35 m/min • Maximum acceleration: 5 m/s2 • Working temperature: -30° / +80° Frame stay Types N, A * -50° / +150° Frame stay Type S * -50° / +200° Frame stay Types G, Gr * * See page 11 for descriptions of frame stay types Sidebands are build up of alternating single-thickness and double-thickness links, connected by three pins for heavy-duty applications. Available...

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Program LZ - 11

Steel Energy Guiding Chains Series LZ94 Sidebands The self-support diagram refers to a chain self-weight (qc) of 8.05 kg/m and cavity width of 59 mm. Length of the chain: L ≅ Lc/2 + La (multiple of Lp) Diagram base line calculated for the N stay configuration in width Le = 101 mm Self supporting length Ls (m) Frame Stay Types The LZ94 Series is available in several configurations, depending on the frame stay design: • Type N: Extruded aluminum profile stays with hexagonal cross section, mounted with screws either outside or inside the radius Extruded aluminum profile stays with hexagonal...

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Program LZ - 12

The end brackets are permanently mounted on the chain. They can be attached in varying positions on the chain. Unless specified otherwise, the brackets are fitted in M2 and F2 positions with fixing holes on the inside of the brackets. Possible mounting positions Fixing holes inside* Fixing holes outside M1 Mobile point frontal outside radius M2 Mobile point standard outside radius M3 Mobile point standard inside radius M4 Mobile point frontal inside radius FI Fixed point frontal outside radius F2 Fixed point standard outside radius F3 Fixed point standard inside radius F4 Fixed point...

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Program LZ - 14

Heavy-duty medium size Energy Guiding Chain with steel sidebands and metal frame stays. This chain can be specified in the ideal configuration to operate under extreme conditions. Application parameters: • Maximum speed: 30 m/min • Maximum acceleration: 4.5 m/s2 • Working temperature: -30° / +80° Frame stay Types N, A, R * -50° / +150° Frame stay Type S * -50° / +200° Frame stay Types G, Gr * * See page 15 for descriptions of frame stay types Sidebands are build up of alternating single-thickness and double-thickness links, connected by three pins for heavy-duty applications. Available in...

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Program LZ - 15

Steel Energy Guiding Chains Series LZ95 Sidebands The self-support diagram refers to a chain self-weight (qc) of 12.2 kg/m and cavity width of 61 mm. Length of the chain: L ≅ Lc/2 + La (multiple of Lp) Diagram base line calculated for style Type N in width Le = 106 mm 4 5 6 7 Self supporting length Ls (m) Frame Stay Types The LZ95 Series is available in several configurations, depending on the frame stay design: • Type N: Extruded aluminum profile stays with hexagonal cross section, mounted with screws either outside or inside the radius Extruded aluminum profile stays with hexagonal cross...

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Program LZ - 16

End brackets are permanently mounted on the chain. They can be attached in various positions on the chain. Unless specified otherwise, the brackets are fitted in the M2 and F2 positions with fixing holes on the inside of the brackets. Possible mounting positions Fixing holes inside* Fixing holes outside F4 M1 Mobile point frontal outside radius M2 Mobile point standard outside radius M3 Mobile point standard inside radius M4 Mobile point frontal inside radius F1 Fixed point frontal outside radius F2 Fixed point standard outside radius F3 Fixed point standard inside radius F4 Fixed point...

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