New sliding gates gearmotor C 720 24 V

New sliding gates gearmotor C 720 24 V

Summary § Why a 24 V operator? § USPs § Technical specifications

Why a 24 V gearmotor ? Gain shares in the growing market of 24 V sliding gates operators

The FAAC solution

Summary § Why a 24 V operator? § USPs § Technical specifications

Strong points 1 New Cyclo gearbox (FAAC international patented) 2 New integrated control board (E 720) 3 New design

C 720 28 Teeth Pinion 24 m/min Easy Release Handle Magnetic Limit Switches Built-in 24 Vdc Electronic Board with: Bus Technology, Obstacle Detection, Omnidec Receiver Battery Backup Package (optional)

Cyclo gearbox How does it work? Ball bearing Eccentric shaft Impellers Slow speed gear

Cyclo gearbox Ball bearing Slow speed gear Eccentric shaft Impellers As the eccentric shaft rotates, it rolls the impellers around the internal circumference of the slow speed gear. The resulting action is similar to that of a wheel rolling around the inside of a ring. Since the impellers are fixed, this imposes a movement of the slow speed gear.

Cyclo gearbox

Cyclo gearbox Which are the advantages? § High mechanical efficiency: Higher than 80% (+50% compared to the traditional gearboxes ) § Robustness and reliability: the load is distributed to many contact points § Vibration and noise reduction: the impellers are 180°out of phase, making the gearbox perfectly symmetrical and equilibrated § Dimension reduction: the whole gearbox is contained in the slow speed gear, which is directly connected to the gate rack

Cyclo gearbox High mechanical efficiency x 2 24 m/min The Cyclothrust gearbox allows to reach mechanical Higher force and speed (upa to 24 m/min)efficiency can be that is up to twoatimes than traditional gearboxes. achieved with lowerhigher electrical power consumption A substantial reduction of power dissipation is also achieved Lower power consumption means lower heat dissipation: better operating conditions for the mechanical components (motor, gearbox, etc. ) that means a longer lifetime of them.

Cyclo gearbox Main features of the new FAAC Cyclo gearbox: § 1/49 reduction § Requires half of the power with respect to the other products on the market § DELRIN 100 ST (Super Tough) made pinion, very high resistant acetal resin: § Very high mechanical resistance (impact, stiffness, traction) § Auto-lubricant surface § High resistance to atmospheric agents (UV, humidity, etc. ) and temperature changes § Used for more than 40 years in automotive, chemical and electrical industries (some examples on the side)

Cyclo gearbox Installation of C 720 operator: Due to the new reduction principle, the dimensions of the C 720 pinion are slightly different from traditional operators. However, the use of the nylon rack with invertible fittings (see figure on the side) makes the installation parameters comparable to traditional gearmotors (see the table below). Operator Distance base-fittings 740 90 mm 746 112 mm (Z 16) or 120 mm (Z 20) C 720 100 mm

Control board E 720 Which are the main characteristics of the board? § Easy to configure through the seven-segment display § Highly configurable and easy parameter adjustment § Integrated “virtual” electronic Encoder for safety enhancement § Compatible with a big range of transmitters and receivers (DS, SLH, LC/RC) through the OMNIDEC technology § Both traditional and Bus photocells can be connected to the board

Control board E 720 High programmability: § 50 strength levels § 12 logics § § § E EP A A 1 AP At S SP SA B b. C C Semiautomatic “Step” Automatic 1 Automatic “Step” Automatic with timer function Automatic “Safety devices” Automatic Safety devices “Step” Automatic with reverse during pause Semiautomatic “b” Mixed (AP pulse/CH dead-man) Dead-man § 10 speeds (separated for opening and closing) § 1° e 2° level programming § The firmware can be updated using a USB cable

Control board E 720 Wide range of available accessories: § Up to 16 couples of photocells can be connected with the BUS-2 EASY technology § Traditional photocells can also be connected § Nickel-Metal Hydride emergency batteries (XBAT) § Max current for accessories 500 m. A at 24 Vdc – BUS 2 EASY max 500 m. A § Magnetic limit-switches

Control board E 720 High connectivity and flexibility: § The E 720 is compatible with the whole range of FAAC photocells PHOTOSWITCH PHOTOBEAM SAFEBEAM XP 15 B XP 15 W Wireless § The E 720 is compatible with the whole range of FAAC transmitters through the XF module XF Module XT 4 RC T 2 SLH T 4 SLH DL 2 SLH DL 4 SLH XT 2 SLH XT 4 SLH DS

Control board E 720 X-BAT: Ni. MH (Nickel-Metal Hydride) § Higher longevity than the traditional Seal Lead-Acid (SLA) batteries § Ni. MH batteries maintain a usable voltage range for a greater time than SLA batteries (see picture below) § More environmentally friendly (they don’t contain lead) § No Memory effect as traditional SLA batteries § Better space safe, compact sizes

Design Attractive Following the new FAAC family look: Distinctive Simple Clean

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Design Ergonomic Vertical motor release handle, more convenient and ergonomic.

Summary § Why a 24 V operator? § Strong points § Technical specifications

Technical specifications Power supply 230 Vac 50 Hz Motor supply 24 Vdc Power 170 W Current 7 A (24 V) Electric motor 3200 rpm Max torque 18 Nm Thrust 320 N Pinion Z 28 M 4 Gate speed Min 8 / Max 24 m/min Operating ambient temperature -20°C +55°C Weight 6 Kg Limit switches Magnetic Protection class IP 44 Dimensions (L x P x H) 300 x 180 x 280