A portable hydraulic rebar bender that handles 1" (#8) grade 60 rebar on standard 110 V site power weighs roughly 180 lb and is built around a single moving part with one grease fitting [S1].
Installation on a bridge deck, foundation mat, or rebar fab yard follows the same three gates — verify power and footing, set the angle stops, and prove the first bend against a reference fence before any production work begins [S1][S2].
Power and Air Supply Baseline for a 110 V Hydraulic Bender
Hydraulic rebar benders and cutters in the FS-600 / FC-800 / FR-800 class run on 110 V single-phase shop power, and the same machines will run from a portable generator on a remote jobsite [S1]. A 220 V option is offered as a factory build for sites that standardize on 220 V distribution [S1].
Before energizing, confirm three things on the supply side: the receptacle is a true ground (not an adaptered two-prong), the breaker is sized for the motor's locked-rotor draw (not just running amps), and the cord is a heavy jacket rated for outdoor abrasion. Skipping the ground check is the single most common reason a hydraulic solenoid valve chatters or a foot-pedal switch fails on first commissioning [S1].
Footing, Pickup Weight, and Crew-Size Planning
The FS-600 portable rebar cutter bender weighs 180 lb and is designed to be carried by two people using its integrated handles, then loaded into a pickup for transport to the jobsite [S1]. Heavier 800-series rotary benders that bend 1" (#8) grade 60 stock need a plan for mechanical lifting rather than a manual carry.
Set the machine on a level, compacted surface — a timber mat, a concrete pad, or a level slab. Soft ground tilts the machine under bending load, the bend angle drifts off the stop setting, and the operator compensates by over-bending, which work-hardens the rebar on the tension face. For a 180 lb portable, two operators carry; for the 800-series rotary bender, plan a hand truck, engine hoist, or forklift and stage it before uncrating [S1].
Bending Capacity by Model Class and Rebar Diameter
Capacity is the first selection filter and the first acceptance test. The FR-800 rotary bender bends up to 1" (#8) grade 60 rebar; the FR-800-C rotary bender-cutter combo handles the same 1" (#8) grade 60 stock; the FS-600 combo handles up to 3/4" (#6) grade 60 rebar; and the FC-800 hydraulic cutter shears up to 1" (#8) grade 60 rebar with 2" high cutting blades that can stack-cut three 1/2" (#4) bars in one stroke [S1].
Comparison by rebar class and use case:
- FS-600 cutter-bender combo: 3/4" (#6) grade 60 max, 180 lb, two-person carry, 110 V [S1].
- FR-800 rotary bender: 1" (#8) grade 60 max, dedicated bender only, heavier, 110 V [S1].
- FR-800-C bender-cutter combo: 1" (#8) grade 60 max in both functions, single machine on a fab truck [S1].
- FC-800 dedicated cutter: 1" (#8) grade 60 shear, 2" blade height, three-bar stack cut on #4 [S1].
Picking the wrong size voids the bend and stalls the job — a #9 bar will not seat in an FS-600 shoe and a #5 bar in an FR-800 wastes the machine's mechanical advantage. For background on rebar sizing and grade, see the rebar size and grade reference.
Angle Setting, Reference Fence, and First-Bend Acceptance
Once powered, the operator sets the bending angle with a single control knob; after that setting, every bend is uniform and accurate [S1]. An optional reference fence attaches to the machine and acts as a physical material stop so cutting or bending dimensions are accurately repeated on production runs [S1].
Acceptance procedure on first bend: bend one piece, measure the included angle with a protractor or angle finder against the job's tolerance (typical ACI 318 stirrup and tie tolerances are ±2.5° for standard hooks and bends), reset the stop if outside band, then bend a five-piece sample. For production work, the reference fence locks the leg length so every stirrup is identical and the cage ties up without forcing — see the rebar bender selection and operation guide for the full selection logic. If the bend shows a flat spot on the inside radius or the bar surface flakes, stop and check the shoe size against the rebar diameter before running more stock.
Lubrication, Blades, and Single-Moving-Part Maintenance
The FS-600 platform is built around one main moving part with only one grease fitting for lubrication, which is why field maintenance is described as a "breeze" compared with multi-pump hydraulic benches [S1]. Daily, hit that one fitting with the grease grade specified on the decal (typically a lithium EP-2 for shop, a synthetic for cold site work) and wipe the bending shoe.
Cutting blades are consumable, not maintenance items, and are sold in three patterns: 600 type, 800 type, and 801 type [S1]. Replace blades when the cut face shows a burr taller than roughly 1/32" or when shear force climbs — both are signs the blade edge has rolled. A 220 V option is a factory build, not a field conversion, so specify it on the PO if site power is 220 V [S1]. For the matching shear on a fab bench, review the rebar cutter duty and blade selection reference.
Foot-Pedal Control, Generator Sizing, and Field Add-Ons
Foot-pedal control is sold as an accessory across the bender and cutter line, freeing the operator's hands for stock feed and significantly cutting cycle time on repeat bends [S1]. A programmable angle control is also offered as an accessory for shops that run the same bend profile across hundreds of pieces per shift [S1].
For generator-powered operation, size the generator to the motor's starting VA, not running watts — a hydraulic pump motor's inrush is typically 3× to 5× its running draw for the first second. A machine rated 1,500 W running wants a generator in the 4,500–6,000 W class to start cleanly. Under-sized generators cause the solenoid to drop out mid-stroke, which produces a partial bend and a work-hardened kink that will fail inspection. For adjacent fab tooling on the same bench, a rebar coupler threading station is the natural next node upstream of the bender.
Trackable signals for the next 60–90 days: (1) whether the site standardizes on 110 V portable combos or 220 V shop benches, which determines the next PO's voltage option [S1]; (2) whether ACI 318 tolerance bands tighten on the project, which forces the reference-fence and programmable-angle accessories onto the spec [S1]; (3) whether rebar diameter creeps above #8 on the job, which pushes the spec off the 800-series platform entirely.
See also our earlier report, Spectrum Analyzer vs Oscilloscope: RF Domain vs Time Domain Decision Map.