en:es1-ac
Differences
This shows you the differences between two versions of the page.
| Both sides previous revision Previous revision Next revision | Previous revision | ||
|
en:es1-ac [2022/01/22 11:32] Dmitriy [Overload protection] |
en:es1-ac [2022/02/02 20:32] (current) Leonid Titov |
||
|---|---|---|---|
| Line 1: | Line 1: | ||
| - | FIXME **This page is not fully translated, yet. Please help completing the translation.**\\ //(remove this paragraph once the translation is finished)// | + | ====== PoE Ethernet |
| - | + | ||
| - | ====== | + | |
| ===== Appearance and purpose of the device ===== | ===== Appearance and purpose of the device ===== | ||
| Line 8: | Line 5: | ||
| - | The JetHome ES1-AC Ethernet switch is designed for use in home automation systems | + | The JetHome ES1-AC Ethernet switch is designed for use in home automation systems to connect |
| ==== Purpose of connectors ==== | ==== Purpose of connectors ==== | ||
| - | * " | + | * " |
| * Terminal "DC OUT" - designed to power external devices. The output voltage at the terminal is 24V when the switch is powered from the AC mains, or equal to the supply voltage at the " | * Terminal "DC OUT" - designed to power external devices. The output voltage at the terminal is 24V when the switch is powered from the AC mains, or equal to the supply voltage at the " | ||
| - | * Terminal "POWER OK" - "dry contacts" | + | * Terminal "POWER OK" - "dry contacts" |
| - | * Terminal " | + | * Terminal " |
| - | * Terminal " | + | * Terminal " |
| - | * Terminal "AC IN" - is used to connect an external source | + | * Terminal "AC IN" - is used to connect an external |
| ==== Dimensions and weights ==== | ==== Dimensions and weights ==== | ||
| Line 30: | Line 27: | ||
| ==== Ethernet switch ==== | ==== Ethernet switch ==== | ||
| - | The main function of the device is to combine | + | The main function of the device is to connect |
| Ethernet Switch Features: | Ethernet Switch Features: | ||
| * 5-port controller RTL8305NB; | * 5-port controller RTL8305NB; | ||
| - | * support | + | * support standards IEEE 802.3/ |
| - | * support | + | * support full duplex communication in accordance with the IEEE 802.3x standard. |
| - | <color # | + | <color # |
| - | ==== Nutrition | + | ==== Power supply |
| - | The switch has a built-in AC/DC voltage converter with AC input voltage from 110V to 240V and DC output voltage of 24V. The output power of the built-in converter is 30W. Power is supplied | + | The switch has a built-in AC/DC voltage converter with AC input voltage from 110V to 240V and DC output voltage of 24V. Maximum |
| ==== Passive PoE In ==== | ==== Passive PoE In ==== | ||
| - | The switch can be powered from an external DC source using Passive PoE technology through the " | + | The switch can be powered from an external DC source using Passive PoE technology through the " |
| The built-in AC/DC voltage converter has a higher priority and when the controller is connected to an AC source, the controller and external devices will be powered from the built-in 24V converter, regardless of whether voltage is applied to the "POE IN" input. | The built-in AC/DC voltage converter has a higher priority and when the controller is connected to an AC source, the controller and external devices will be powered from the built-in 24V converter, regardless of whether voltage is applied to the "POE IN" input. | ||
| Line 57: | Line 54: | ||
| The switch has the function of protection against exceeding the maximum output current given to consumers: | The switch has the function of protection against exceeding the maximum output current given to consumers: | ||
| * When powered from the AC mains through the built-in AC/DC converter, the maximum current supplied to consumers is 1.3A. If the maximum current consumption is exceeded, the device switches off; | * When powered from the AC mains through the built-in AC/DC converter, the maximum current supplied to consumers is 1.3A. If the maximum current consumption is exceeded, the device switches off; | ||
| - | * When powered from the PoE-In port, the maximum current supplied to consumers depends on the external power source used, but cannot exceed 2.5A. When the maximum current consumption is exceeded, external consumers powered by the switch are switched off. At the same time, the "POWER OVERLOAD" | + | * When powered from the PoE-In port, the maximum current supplied to consumers depends on the external power source used, but cannot exceed 2.5A. When the maximum current consumption is exceeded, external consumers powered by the switch are switched off. At the same time, the "POWER OVERLOAD" |
| ==== Power Redundancy ==== | ==== Power Redundancy ==== | ||
| - | The switch has a power backup function using an external 12V battery. Lead-acid batteries with a capacity of 1.2 Ah can be used for power backup. The battery is connected to a dedicated controller | + | The switch has a power backup function using an external 12V battery. Lead-acid batteries with a capacity of 1.2 Ah can be used for power backup. The battery is connected to the terminal " |
| - | The switch has a built-in charger that charges the connected battery. Depending on the capacity of the battery used, you can set the maximum charging current of the charger. The maximum charging current is set by a jumper | + | The switch has a built-in charger that charges the connected battery. Depending on the capacity of the battery used, you can set the maximum charging current of the charger. The maximum charging current is set by a jumper |
| * 0.3A | * 0.3A | ||
| * 0.6A | * 0.6A | ||
| Line 69: | Line 66: | ||
| By default, the jumper is set to 0.3A. To change the value of the maximum charging current, it is necessary to open the switch housing and move the jumper (jumper) to the appropriate position (see the marking on the charger board). | By default, the jumper is set to 0.3A. To change the value of the maximum charging current, it is necessary to open the switch housing and move the jumper (jumper) to the appropriate position (see the marking on the charger board). | ||
| - | The switch has a battery monitoring function. When the voltage on the external battery is low (11V or less), the red " | + | The switch has a battery monitoring function. When the voltage on the external battery is low (11V or less), the red " |
| - | To protect the battery from deep discharge at a voltage of 10.5V or less, the battery is switched off. The battery is connected after charging up to 12V. | + | To protect the battery from deep discharge at a voltage of 10.5V or less, the battery is switched off. The battery is connected |
| - | <color # | + | <color # |
| ==== Indication ==== | ==== Indication ==== | ||
| Line 83: | Line 80: | ||
| On the Ethernet connectors: | On the Ethernet connectors: | ||
| - | * Green indicator - indication of the connection of an external device via Ethernet technology; | + | * Green indicator - indication of the connection of an external device via Ethernet technology |
| * Orange indicator: on the "POE OUT" ports indicates the presence of output supply voltage, on the "POE IN" port - indicates that the switch is powered from the "POE IN" port. | * Orange indicator: on the "POE OUT" ports indicates the presence of output supply voltage, on the "POE IN" port - indicates that the switch is powered from the "POE IN" port. | ||
| ==== Relay ==== | ==== Relay ==== | ||
| The switch has two "dry contact" | The switch has two "dry contact" | ||
| - | * Terminal "POWER OK" - closed when there is power at the outputs of the switch "POE OUT" and "DC OUT", open when the total maximum load current is exceeded. | + | * Terminal "POWER OK" - closed when there is power at the outputs of the switch "POE OUT" and "DC OUT", open when the total maximum load current is exceeded. |
| * Terminal " | * Terminal " | ||
| - | The maximum | + | The maximum current |
| ===== Mounting ===== | ===== Mounting ===== | ||
en/es1-ac.1642840334.txt.gz · Last modified: 2022/01/22 11:32 by Dmitriy
Page Tools
