Bodet PROFIL 730 Quick Start Manual page 2

PROFIL 730

MOVEMENTS AND SYNCHRONISATION

• 24V minute impulse

Slave clocks are connected to a distribution line and activated through electrical impulses sent every minute by the master clock.

• 24V second impulse

Slave clocks are connected to a distribution line and activated through electrical impulses sent every second by the master clock.

• AFNOR

The coded time distribution consists in transmitting a complete time message every second: the time on the receiver is

automatically and immediately set after connection to the clock line.

The AFNOR coded time does not interfere with any other transmissions, and is insensitive to other electrical interference.

Consumption TBT: 10 mA (6 VDC), 8 mA (24 VDC).

• Network Time Protocol (NTP / ETH)

Slave clocks are connected to the Ethernet network and powered by PoE (Power over Ethernet).

The time is synchronised by the time server or the master clock over the Ethernet network in unicast, multicast or DHCP

mode.

• Network Time Protocol (NTP / ETH) silent

Slave clocks are connected to the Ethernet network and powered by PoE (Power over Ethernet).

The time is synchronised by the time server or the master clock over the Ethernet network in unicast, multicast or DHCP

mode.

The second hand's movement is continuous. The advantage of this clock is its very low noise level (<20dB at 1 metre).

• Network Time Protocol (NTP / Wi-Fi)

Slave clocks are connected to the network through the Wi-Fi access point.

The time is synchronised by the time server or the master clock over the network in unicast, multicast or DHCP mode.

• DHF

The DHF clocks pick up the time signal sent by the master clock via a radio signal and synchronise automatically. If radio

reception is poor, the clocks keep time thanks to their own time systems.

Consumption TBT: from 15mA at 6V to 8mA at 12V to 7mA at 16V.

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