FSC14, 118 kN, Integral Hydraulic Wedge Spreader, Integrated Hand Pump, 80 mm Maximum Spread

Enerpac FSC14 is a compact, 14-ton integral hydraulic wedge spreader with a built-in hand pump, engineered for safe, controlled flange separation up to 80 mm in tight spaces during pipeline maintenance, valve servicing, and industrial shutdowns. This single-acting, spring-return tool features a friction-free interlocking wedge design for parallel spreading that prevents flange damage or arm failure, ready-to-use without external connections for portability and efficiency, while ensuring operator safety with minimal clearance requirements and durable construction for reliable performance up to 700 bar.

• Model: FSC14 (Integral Hydraulic Wedge Spreader with Hand Pump)
• Capacity: 118 kN (14 tons) spreading force
• Maximum Spread: 80 mm (3.16 in.)
• Tip Clearance/Access Gap: 6 mm (0.24 in.)
• Stroke: 38 mm (1.50 in.)
• Maximum Operating Pressure: 700 bar (10,000 PSI)
• Jaw Adjustment Range: 70–216 mm (2.75–8.50 in.)
• Maximum Flange Thickness: 2 x 57 mm (2 x 2.25 in.)
• Stud Size Compatibility: 19–28 mm (0.75–1.13 in.)
• ASA Flange Rating: 150–2,500 PSI
• Pipe Size Compatibility: 63–356 mm (2.50–14 in.)
• Oil Capacity: 78 cm³ (4.76 in³)
• Weight: 9 kg (19.84 lb.)
• Dimensions: Height 196 mm (7.71 in.), Width 152 mm (6.00 in.), Depth 88 mm (3.45 in.)
• Power Source: Integrated two-speed manual hand pump
• Spreader Head Type: Single-acting, spring return with RC series cylinder; interlock wedge design for parallel, flare-free spreading
• Operator Feedback: Integrated pressure gauge; visual spread completion indicator
• Maintenance Features: Tool-free jaw adjustment; corrosion-resistant steel construction; annual seal inspection recommended; replaceable wedges
• Included Accessories: Safety block (SB1), carrying case
• Additional Features: Lightweight ergonomic design for prolonged use; eliminates risk of flange damage or spreading arm failure; safety lock mechanism; complies with industry standards for hydraulic tools; ideal for on-site deployment without power sources