SLC lifting clamp, gripping range 0 - 30 mm, max. load 3000 kg.

Estimated delivery: 46 days

SLC lifting clamp, gripping range 0 - 30 mm, max. load 3000 kg

• Supplied = pre-assembled, final assembly by customer
• Max. load = 3000 kg
• Gripping range = 0 - 30 mm
• Weight = 15 kg
• Product type = clamps
• Colour = blue
• Material = steel
• Customs tariff number = 84314100
• Country of origin = CHN
• Gross weight = 16 kg
• Weight = 15 kg
• Sustainability = CO 2 footprint calculated
• Flexible lifting, turning and transporting in all directions
• Articulated lifting ring for an additional degree of freedom
• Suitable for sheet metal and steel plates up to 35 HRC
• Robust model made from heat-treated steel
• Controlled handling of heavy and unwieldy workpieces
• Versatile in use with changing slinging directions
• Thanks to its articulated lifting ring, the SLC lifting clamp enables flexible lifting, turning and transporting of sheet metal and steel plates in all directions
• The movable lifting ring provides an additional degree of freedom, thereby making changing slinging and working positions easier
• The clamp can be used versatilely when heavy sheet metal needs to be picked up, rotated or relocated within the facility
• This supports safe, controlled workflows and reduces effort with frequently changing directions of movement
• Manufactured from robust heat-treated steel and finished to a high standard, the lifting clamp is suitable for workpieces with a surface hardness of up to 35 HRC
• In the case of lateral or angled pulling, the load reduction depending on the respective working angle must be taken into account
• This allows the lifting equipment to be selected to suit the intended application and used safely
• The plate clamp is particularly suitable for metalworking operations, structural steelwork, workshops and production areas
• There, it supports the handling of heavy or unwieldy steel plates when rigid lifting gear restricts the required freedom of movement
• The articulated lifting ring facilitates the precise alignment of the load throughout the entire lifting and turning process.