Description
| Power supply |
220 ~ 240V ~ @50/60Hz |
| Max power |
300 W |
| Pinion |
Z16 Module 4 |
| Max torque at initial thrust |
466N |
| Max thrust force |
830N |
| Max leaf weight |
600Kg |
| Max leaf speed |
9.6m/min |
| Max leaf length |
40m |
| Stopping space |
30mm |
| Use frequency |
Continuous use |
| Protection rating |
IP44 |
- Silent movement. The very essence of oil bath technology. Quiet and efficient, oil bath technology provides superior motion.
- Low maintenance and easy repairs for a longer and more sustainable product life.
- Intensive use. Oil lubricated for efficient heat dissipation and increased use frequency.
- Extended service life. The lubricating action of the oil reduces friction between the components, ensuring a reliable automation, with a long service life and consistent performance over time
- Superior durability. High level of protection against environmental factors (dirt, water, dust).
Reliable and durable products backed by years of experience: The 746 C and 844 C gear motors for sliding gates continue the legacy of the historic 746 ER and 844 ER models by incorporating the latest cutting-edge electronic and mechanical improvements.
Strong and technologically advanced, designed to move large heavy gates
The new 746 C and 844 C gear motors are characterised by aesthetic uniformity that standardises the dimensions and the design of the previous 746 and 844 models.
The retroactive feedback that the encoder provides allows the force of the motor to be continually monitored and managed. This makes this operator perfect for use on cantilever gates.
The new control board E781 features the new FAAC feedback motor control using a high-resolution magnetic encoder:
Two programable outputs
Error codes
Simply Connect compatible
XUSB compatible
BUS 2Easy
OMNIDEC for XF SLH & XF FDS
Independent inputs for 8K2 safety edges
Hold to run “Forced Command” for overriding the safety devices
It offers:
Smooth movement
High Use frequency
Adjustable speed
Maximum performance even during slowdown
Optimised force management
low power consumption.