625 BALANCER WITH ANTI-FALL SYSTEM KG 6-8 TEXTILE CABLE IN POLYETHNIC FIBER HT ZECA
BALANCER 625
FALL ARREST SYSTEM
NEW TEXTILE CABLE POLYETHYLENE FIBER HT
DATA SHEET
CAPACITY: 6-8 Kg
ROPE STROKE: 2500 mm
ROPE DIAMETER: 2.5 mm
WEIGHT: 3100 gr
BOX DIMENSIONS: 245x200x110– 3.4 Kg
REGULATION: CE DIN 15112 ISO EN 12100-1 2006/42 / CE
BALANCER WITH FALL ARREST SYSTEM ART. 625 ZECA
NEW TEXTILE CABLE POLYETHYLENE FIBER HT
Professional balancer with anti-fall system.
ZECA uses only top quality materials for the construction of its equipment, so they can be used in massive works:
- die-cast aluminum structure
- HT polyethylene fiber textile cable
The structure is very resistant, the cable has high mechanical resistance and excellent flexibility.
The ZECA balancer allows continuous load adjustment from the maximum value to the minimum value. The run of the rope is adjusted without problems so you can adapt to every need.
- 3 are the anchor points = maximum flexibility
- 4 are the suspension points = maximum safety
DATA SHEET
CAPACITY: 6-8 Kg
ROPE STROKE: 2500 mm
ROPE DIAMETER: 2.5 mm
WEIGHT: 3100 gr
BOX DIMENSIONS: 245x200x110– 3.4 Kg
REGULATION: CE DIN 15112 ISO EN 12100-1 2006/42 / CE
ZECA: ITALIAN EXCELLENCE FOR PROFESSIONALS SINCE 1929
Zeca is a historic brand specializing in cable reels, hose reels, professional lamps and work organization tools.
Its solutions are designed for high-intensity environments such as workshops, automotive, construction, agriculture, and industry.
The product range includes electric and signal transmission cable reels, hose reels for air and fluids, rechargeable and under-hood lamps, balancers, and garage tools.
The different lines differ in terms of materials, capacity, cable length and degree of protection, so that they can be adapted to fixed or mobile locations.
Zeca is well-known for its products' durability, certified safety (ISO 9001, 14001, 45001) and continuous innovation, backed by patents and rigorous internal testing.
Professionals choose Zeca for mechanical reliability and practicality even in harsh conditions.
625