The RS1 is a single-spindle REELEX coiling machine with variable-width traverse. Capable of winding a wide range of product sizes, the RS1 is well suited for small-scale manufacturers, distributors or specialty products such as small filaments or products that require special handling.
Every product supported.
The heart of the RS1 is a fully adjustable linear traverse. Based on a high-performance linear motor, the RS1 traverse is precision controlled and can be adjusted on the fly or via product recipe. Coil widths from 4-inches (10cm) to 15-inches (38cm) can be accomodated.
RS1 can use standard or custom-designed mandrels and endforms so that every product produces an optimally-shaped coil. This is especially important for small-diameter products such as filament or fiber optics requiring narrower than standard profiles.
HMI Touchscreen Controls
Calculate, save, diagnose, control.
The next-generation HMI control system is standard on all REELEX machines and revolutionizes how REELEX equipment is used.
The high-definition 12-inch touchscreen blends off-the-shelf hardware with unique custom software allowing the integration of equipment control with troubleshooting, on-screen manual, packaging calculator, multi-language support, product storage, networking capability and much more.
Two-Stage Tension Control
When used in combination with the G2 or G3 control system, REELEX’s UDA dancers feature HMI-programmable tension control via digital air regulator and high-flow cylinder. This means each product can have their ideal tension control map, helping to mitigate the effects of physical pressure placed on the cable at the crossover point. What does that mean? That means high performance data cables stay high performance, with less physical deformities.
EC Compliant Safety Guarding
Options for every level.
REELEX offers several safety options to meet local or corporate requirements. From EU (CE) compliant guarding with automatic shield actuation to pressure mats, the safety guard options are designed to be as unobtrusive as possible.
If physical guarding is too restrictive or otherwise prohibitive, a proximity safety sensor can be installed to immediately stop the machine if a human gets too close while running. Pressure-sensitive mats are also optional which will prevent machine from running when the operator is present.
Stretch Wrap Module
Ready to contain.
Most REELEX machines can be ordered with an automated stretch wrap module which blows plastic stretch wrap film, adds tension and automatically cuts the film. This produces a finished coil that is fully wrapped and is easily handled.
The stretch wrap module is particularly useful for securing stiff, springy or flimsy products that easily can lose coil integrity during handling. Stretch wrap is also useful for securing coils so that they may be packaged at a later stage, or simply to create an extremely low-cost package.
Multiple Mandrel Sizes
The right tools for the job.
Because the inside diameter of the REELEX coil is determined by the mandrel size, the size and characteristics of a product need to be matched to the correct mandrel and endforms so that payout performance is ideal.
Larger, stiffer products are typically wound on a 10-inch (25.4cm) mandrel, while smaller products use either 4-inch (10.1cm) or 6-inch (15.2cm) mandrel sets. Typical mandrel sizes come in 2-inch increments, from 4-inches to 10-inches diameter. 8-inch (20.3cm) mandrels are standard on all REELEX equipment.
In unison with a motorized payoff and buffer/dancer, a RS1 Line can produce up to 20 coils (1,000ft/305m) per hour, or about 500 ft/min (150m/min) offline.
The RS1 is designed for maximum performance use in conjunction with the MMPO. This all-in-one machine is a highly-customizable delivery system that combines payoff, dancer, buffer and accessory components on one frame.
Built for the continuous start/stop cycles of REELEX coiling, the MMPO is designed for heavy duty, cyclic payoff and precise control of reels up to 30 inches (76cm) diameter.
|Maximum Spindle RPM||200|
|Number of Spindles||1|
|Coils per Hour (Offline)||15-30 (based on 1,000ft/305m coil length)|
|Traverse||Linear Motor-Driven Traverse. REELEX Priority P.I.D CPU Algorithms. 2000 Watt Brushless Servo Motor Drive CMMP-AS_C5 Festo 2500 V.A Single Phase.
Minimum stroke: 4-inches (10cm)
Maximum stroke: 15-inches (38cm)
|Controller||"G2" Industrial PC-based control system with integrated sliding control panel and LCD screen inside control cabinet featuring two speed control modes, real-time displays including program for troubleshooting and testing of all electronic and mechanical functions.
Fully customizable touchscreen HMI operator interface with on-screen help, product recipe storage and retrieval, REELEX packaging calculator, maintenance functions, machine setup, multi-langual options and more.
|Motors||One 1 HP (0.75 KW) DC spindle motor|
|Safety Features||Proximity sensor optional|
|Length, Width, Height||68” (173cm), 90” (229cm), 111” (282cm)|
|Color||Equipment is painted Sky Blue (RAL 5015) unless otherwise specified at time of order. Custom paint other than RAL 5015 is a extra charge option for new equipment.|
|Air-Supply Requirement||70 psi (5 bar) minimum air supply required.|
|Power Supply Requirement||230 v (+/- 10%), 3 phase, 40 amps, 50/60 Hz. Transformer is available upon request.|
|Pricing - Machine|
|Machine Base Price (Purchase)||$65,900.00|
|Pricing - Options|
|Stretch Wrap Module||$4,300.00|
|10” Mandrel / 21” Endforms||$720.00|
FAQ and Knowledge Base
Yes, however you will likely be unable to achieve maximum performance from your REELEX machine. This is because underpowered payoffs spend more time accelerating or decelerating then running at full speed. To achieve the specified rate of production from your REELEX machine, you must utilize a payoff that is capable of rapidly accelerating and decelerating a supply reel and keep it under control.
If you plan to use a non-REELEX payoff with REELEX coiling machines, the payoff must:
- Have a four-quandrant regenerative DC drive.
- Accept inputs from a 1K to 5K Ohm potentiometer signal from the UDA dancer.
- Be designed for rapid acceleration and deceleration from stop to full speed approximately 30 times per hour.
- Have adequate power to accelerate a full supply reel from stop to full speed in approximately 10 seconds.