logo

Circular Saw TAC_105

Main characteristics of the machine
  1. A conceptual solution always in stock - a serial production of these machines means a significant reduction of delivery times and immediate availability of spare parts from the manufacturer's warehouse.
  2. Precise, efficient, simple – maximum rigidity of the driven cutting tool, reduced idle times, and intuitive control ensure maximum applicability of the machine in all fields.
  3. Safe, clean, and without vibrations – atest safety elements, TUV certification, efficient swarf removal, and low noise level ensure the maximum safety of operation. In the name of our company I would like to thank you for your interest in our machine. Attached you will find a quotation for TAC105 saw. Should you have any questions, do not hesitate to contact me.
Requirements:  
Cut diameter / side (min.-max.) mm: Ø 20-105 mm
Input bar length mm: Standard 6 m
Cut length (min.-max.) mm: Standard is 10–150 mm, (with output conveyor 10- 750 mm, 10-1500 mm
Quality of usually cut material: Circular steel
Precision requirements: ± 0.15 mm / feeder uplift
Hourly output requirements:  
Other:  
Pict. 2 CIRCULAR SAW

ExactCut TAC is a serial-manufactured automatic circular saw mainly designed for cutting round steel bars. The machine is suitable for the use in a serial production for cutting both full and profiled materials. Bar materials of a standard length 3.000-6.000 mm (option 3-9m) and diameter 20-105 mm may be cut at 90°. Standard length of cut pieces is 10–150 mm with the accuracy of ± 0.15 mm / feeder uplift. For the lengths 10-750mm, 10 -1500 mm it is necessary to install an outfeed conveyor. Micronizer is installed as standard equipment for cooling and lubrication of the saw blade.

Pedestal
  1. Robust, heavy-duty version filled with polymer concrete
  2. Efficient vibration damping
  3. Compact design
  4. Simple handling and anchoring
Material clamping mechanism
  1. Safe clamping with a four-point hydraulic clamping device before and two-point device behind the blade
  2. Prevention of pressure marks through continuously regulated clamping force
  3. Clamped material control with pressure switch
  4. Full-stroke cylinders without necessary mechanical readjusting
Gearbox
  1. Torsion rigidity thanks to a compact design and optimal position of bearings
  2. Ground wheels with oblique toothing guarantee high efficiency and smooth running
  3. Smooth operation and robust structure increase the blade lifetime
  4. Maximum utilisation of the cutting range thanks to a suitable gearbox concept
Blade guidance
  1. Three-point guidance of the blade as close to the cutting area as possible
  2. Double-sided guiding cubes for the maximum stability of thin blades
  3. Simple precise setting
Blade cleaning
  1. Adjustable brush for cleaning the blade teeth from stuck swarf
  2. Protective cover directing the swarf removal
  3. two brushes
Blade lubrication
  1. Micronizer for applying the minimal quantity of oil mist to the blade surface
  2. Control of the container emptying through a float switch
Blade drive mechanism
  1. Efficient asynchronous motor 11/15 kW (15/20,4 HP) providing sufficient cutting power
  2. Belt drive for revolution transmission to the gearbox
  3. Always optimal cutting conditions continuously adjusted with a frequency converter
  4. Easy access for belt tightening and replacement
  5. Zero speed control to protect the safe input in the area of the blade for operator
Downfeeding mechanism
  1. Maximum rigidity of the cutting unit thanks to pretensioned linear guiding and ball screw
  2. Optional starting and finishing amps for optimal cutting process
  3. Precise positioning through an efficient servomotor minimising secondary times
  4. Automatic adjustment of the process acc. to parameters entered on the panel
  5. Feeding speed up to 6,000 mm/min
Feeding vice mechanism
  1. Optimised to dynamic feeding and permanent loading
  2. Hydraulic clamping device with a regulated clamping force allowing moving with the maximum acceleration
  3. System for eliminating roughness during the feeding
  4. Contactless reverse run of the feeder thanks to jaws with double-sided opening
  5. Fast positioning through an efficient servomotor with a precise positioning system with a repeatable accuracy of 0.02 mm
  6. Stroke 750 mm with possible re-gripping for bigger lengths and laser detection of the material beginning and end
  7. Feeding speed up to 1,000 mm/s
Hydraulics
  1. Robust and reliable structure with a long lifetime
  2. Simple assembly, disassembly and maintenance
  3. Working pressure up to 50 bars and flow 6 l/min
  4. Tank volume 50 litres for cooling in all conditions
  5. Accumulator for balancing flows at short cycles
Control system
  1. Siemens S7 1500 designed for high performance and efficiency
  2. Integrated motion control for position and motion control
  3. Ensured machine safety
  4. Trace system for fast and easy diagnosis of machines via remote controll
  5. Frequency inverters- SINAMICS S120 and G120 with integrated SAFETY SYSTEM for safe driving stop
Control panel
  1. Touch, 7¨ industrial control panel TP700 with high resolution
  2. Intuitive graphic interface with the capacity of hundreds of procedures
  3. Possible export and import via USB
  4. Video instruction for setting the machine
Switchboard
  1. High-quality RITTAL switchboard mounted on the machine pedestal
  2. Integrated RITTAL ventilation with efficient cooling technology for trouble-free operation
  3. Lighting ensuring sufficient visibility at all conditions
  4. 16 A socket in the cabinet for service purposes
Swarf remover
  1. Belt swarf conveyor incl. deflectors
  2. Continuous swarf removal from the working area
  3. Intuitive conector PLUG AND PLAY
Oil mist extractor ARNO 1VF - optional
  1. Device intended for extracting oil mist formed during cutting
  2. Cleaning microdust, micromist and smoke with a HEPA filter – highly-efficient filter (FAE)
  3. Containing filter contamination signalisation
  4. Intuitive conector PLUG AND PLAY


 

Pict. 12 MATERIAL INPUT
Input gravity magazine for material
  1. Oblique profiles for inserting material at an adjustable angle
  2. Central adjusting of single-bar feeding
  3. Inserting bars directly to the feeder area saving filling times
  4. Pneumatically controlled separation system
  5. Versions for bar length 3-6 m or 3-9 m
  6. Intuitive conector connection PLUG AND PLAY
Input bundle magazine - optional
  1. Belt bundle magazine for automatic feeding
  2. Immediate monitoring of emptying
  3. Pushbuttons for manual control
  4. Bundle width 650 mm, max. bundle weight 5 tons (for material length 6-9m), 2,5 t (for material length 3m)


 

Pict. 15 MATERIAL OUTPUT
Sorting chute
  1. Pneumatically controlled chute sorting automatically cut-offs and remains to a separate box
  2. Intelligent position scanning with magnetic sensors
  3. For workpiece length 10 - 150 mm
  4. Intuitive conector PLUG AND PLAY
Output conveyor with sorting gate - optional
  1. Robust industrial conveyor for supporting material
  2. Gate for removal to the box
  3. Simultaneous cutting and removal of pieces 10-750 mm, 10-1500 mm long increases the machine output
  4. Box sizes LxWxH 1200x800x700 mm
  5. Max. length 1500 mm. Possible cutting of bigger lengths only with manual removal after each cut.
  6. intuitive conector PLUG AND PLAY
Safeguard for output conveyor
  1. Safeguard for output conveyor with the help of safety gates and mirrors


 

Pict. 17 CONSUMER MATERIAL AND OUTPUT CALCULATION
Cutting oil

Cutting oil is used for the lubrication of the cutting blade as standard. Micronizer, installed on the machine, supplies oil together with air and brings it to the blade as an oil mist. Oil recommended for lubrication: Biocut O (produced by Biona Jersín), approximate price 4€/litre. Oil consumption in standard cutting is approx. 1.5 l / 8 hrs. (depending on material processed).

Cutting blades

Blades used in this saw are divided into two basic types:

Output example:
Pict. 18 TECHNICAL DATA
MACHINE TYPE TAC 105
For cutting steel
Machine dimensions - length x width x height according to preview and design
BLADES  
Usable blades HM - hardmetal/ HSS
Centre Bore HB Ø 40/50 mm
Saw blade diameter Ø 315/360 mm, tl. 2-3,5 mm
Pinholes NL 4x16x80/4x21x90
Blade diameter 315 mm up Ø 70 mm, square 55x55 mm
Blade diameter 360 mm up to Ø 105 mm, square 80x80 mm
   
CUTTING RANGE  
Cutting at an angle 90°
  Ø 20-105 mm
  20x20 mm - 80x80 mm
Cutting speed 60-220 m.min-1
Remaining piece length 70 mm
Length precision (per feeder uplift) ± 0,15 mm
Positioning precision 0,02 mm
Fed material length 3-6 m (3-9 m)
Workpiece length (sorting chute) 10-150 mm
Workpiece length (output conveyor) 10-750 mm, 10-1500 mm
FEEDER/DOWNFEEDING  
Downfeeding speed 0-100 mm/s
Exiting speed 200 mm/s
Feeder uplift 750 mm
Feeder speed 1000 mm/s
COMPRESSED AIR SUPPLY  
System pressure 6-10 Bar
Supply hose thread 10x1, 3/8 ''
MACHINE HYDRAULIC SYSTEM  
Flow 6 dm3.min-1
Working pressure 20-35 Bar
MACHINE ELECTRICAL PARAMETERS  
Supply voltage ~3x 400 V, 50 Hz, 3+N+PE
Blade drive input 11 kW
Maximal total input 30 kW
Maximal ballast protection 80 A
Protection grade IP 54
Supply cable 5 core, wire, cross-section 16 mm2
INPUT CONVEYOR  
Maximum Input length of material Standard 3000-6000 mm, option 3000-9000 mm
Maximum loading 5000 kg (for material length 6/9 m), 2500 kg (for material length 3 m)
Input gravity magazine capacity 1200 mm
CLIMATIC DATA FOR INSTALLATION SITE  
Air temperature +5 °C - +40 °C
Elevation Up to 1000 m o. s.
Air humidity up 80 %
INTERNET CONNECTION  
Cable connection input cable min. cat.5 with connector RJ-45 with static or dynamic network address with access for TCP or UDP communication
SIM Card connection with data packet min 2 Mbit /s