[USS] Sensors Plugin

It is prohibited to plug sensors and external modules into NetPing devices when a power supply is on!

Configuring a device and receiving notifications from sensors are described in the document «Firmware Description».

Sensors of 1-Wire Model Line

Sensors of a 1-Wire model line (Temperature 1-wire, (THS), 2m and Humidity sensor 1-wire (HS), 2m) are plugged into 1W sockets by RJ12 plugs. It is allowed to use extenders and splitters. A maximum loop length of the 1-Wire network is limited to 50 meters. It is possible to plug up to eight temperature sensors and up to four humidity sensors to a device simultaneously. 

Latest firmware work only with sensors with a 1-Wire interface (THS temperature sensor, HS humidity sensor, etc.). Outdated firmware versions also supported temperature sensors of TS, WT series as well, using the i2c interface.

IR Transceiver IRC-TRv2

An IR transceiver is connected by a four-line wire according to the table below:

Sensor Flex

Sensor Flex

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Yellow

Labeled wire (red).

SCL

Green

Second wire after a labeled one

SDA

Red

Third wire after a labeled one

+5V

Black

Fourth wire after a labeled one

GND

 A sensor is shipped with an inseparable cable with connectors at the ends. A cable length can be extended using RC-4 sensor cable extenders, which are consequentially plugged one into another using any wire with a section no less than 0,4 mm2. A maximum loop length is 10 meters from each sensor to a device (a «star» topology).

Sensors of Dry Contact Type

Dry contact sensors are door opening sensors, buttons and other sensors with a mechanism of work based on opening/closing a conductor. A sensor is connected with two wires to an IO line of a device according to the table. An order of plugging wires does not matter.

Sensor Flex

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First wire

One of IO lines – 1 - 8

Second Wire

GND


Important! Sensors of a dry contact type, a supply voltage sensor, a leakage sensor, and others are plugged to IO lines of a device. You can plug any eight sensors out of this set.

Important! A corresponding IO line should be set to an input mode in settings of a device.

A maximum allowable loop length is 100 meters.

H2O Leakage Sensor

A leakage sensor is plugged by a four-line wire according to the table:

Sensor Flex

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Green

One of IO lines – 1 - 8

Yellow

GND

Brown

+5V

White

GND


Important! Sensors of a dry contact type, a supply voltage sensor, a leakage sensor, and others are plugged to IO lines of a device. You can plug up to eight sensors of this set.

Important! A correspondent IO line should be set to an input mode in settings of a device.

A sensor is packaged with an inseparable cable, with connectors on the ends. A cable length can be increased with the help of flat cable extenders of RC-4 sensor, which are sequentially plugged one into another. Or it can be done independently with the help of any wire with a minimum cross section of 0,4 mm2. Maximum allowable length of a flat cable is 100 m.

Leakage Sensors, model 2605

A leakage sensor is plugged by a four-line wire according to the table:

Sensor Flex

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GreenOne of IO lines – 1 - 8
Yellow (White)GND
Red+5V
BlackGND

Important! Sensors of a dry contact type, a supply voltage sensor, a leakage sensor, and others are plugged to IO lines of a device. You can plug up to eight sensors of this set.

Important! A correspondent IO line should be set to an input mode in settings of a device.

A sensor is shipped with an inseparable cable with connectors at the end. A cable length can be extended using RC-4 sensor cable extenders, that are consequentially plugged one into another or independently using any wire with a section no less than 0,4 mm2. A maximum allowable loop length is 100 m.

Supply Voltage Sensor

A supply voltage sensor is plugged by a two-line wire according to the table. An order of plugging wires does not matter.

Sensor Flex

UniPing server solution v4/SMSUniPing server solution v3 Terminal Block

First wire

One of IO lines – 1 - 8

Second wire

GND

Important! Sensors of a dry contact type, a supply voltage sensor, a leakage sensor, and others are plugged to IO lines of a device. You can plug up to eight sensors of this set.

Important! A correspondent IO line should be set to an input mode in settings of a device.

A sensor is packaged with an inseparable cable, with connectors on the ends. A cable length can be increased with the help of flat cable extenders of RC-4 sensor, which are sequentially plugged one into another. Or it can be done independently with the help of any wire with a minimum cross section of 0,4 mm2. Maximum allowable length of a flat cable is 100 m.

Glass Breakage Sensors

A glass breakage sensor is plugged by a four-line wire according to the table:

Sensor Flex

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Red wire (labeled)

+12V

Second wire after a labeled one

GND

Third wire after a labeled one

GND

Fourth wire after a labeled one

One of IO lines – 1 - 8


Important! Sensors of a dry contact type, a supply voltage sensor, a leakage sensor, and others are plugged to IO lines of a device. You can plug up to eight sensors of this set.

Important! A correspondent IO line should be set to an input mode in settings of a device.

Important! For the operation of a glass breakage sensor, there is a need to power a 12-V loop on the page of a smoke sensor (current sensor) of a device web interface.

Loop Power

A sensor is packaged with an inseparable cable, with connectors on the ends. A cable length can be increased with the help of flat cable extenders of RC-4 sensor, which are sequentially plugged one into another. Or it can be done independently with the help of any wire with a minimum cross section of 0,4 mm2. Maximum allowable length of a flat cable is 100 m.

Shock Sensors

A shock sensor is plugged by a four-line wire according to the table:

Sensor Flex

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Blue wire

One of IO lines – 1 - 8

Green wire

One of IO lines – 1 - 8

Red wire

+12V

Black wire

GND

 A shock sensor takes two IO lines. You can plug no more than four such sensors.

Important! Sensors of a dry contact type, a supply voltage sensor, a leakage sensor, and others are plugged to IO lines of a device. You can plug up to eight sensors of this set.

Important! A correspondent IO line should be set to an input mode in settings of a device.

Important! For the operation of a shock sensor, there is a need to power a 12-V loop on the page of a smoke sensor (current sensor) of a device web interface.

Loop Power

A sensor is packaged with an inseparable cable, with connectors on the ends. A cable length can be increased with the help of flat cable extenders of RC-4 sensor, which are sequentially plugged one into another. Or it can be done independently with the help of any wire with a minimum cross section of 0,4 mm2. Maximum allowable length of a flat cable is 100 m.

Motion Sensors

A motion sensor is plugged by a four-line wire according to the table:

Sensor Flex

UniPing server solution v4/SMSUniPing server solution v3 Terminal Block

Red wire (labeled)

One of IO lines – 1 - 8

Second wire after a labeled one

GND

Third wire after a labeled one

GND

Fourth wire after a labeled one

+12V

Important! Sensors of a dry contact type, a supply voltage sensor, a leakage sensor, and others are plugged to IO lines of a device. You can plug up to eight sensors of this set.

Important! A correspondent IO line should be set to an input mode in settings of a device.

Important! It is necessary to turn on a power supply for a 12 V loop at the page of a smoke sensor (current sensor) of a device web interface for a motion sensor to operate.

Loop Power

A sensor is packaged with an inseparable cable, with connectors on the ends. A cable length can be increased with the help of flat cable extenders of RC-4 sensor, which are sequentially plugged one into another. Or it can be done independently with the help of any wire with a minimum cross section of 0,4 mm2. Maximum allowable length of a flat cable is 100 m.

Smoke detector (mod. M206-5E)

A smoke sensor is plugged by a two-line wire according to the table:

Sensor Flex Type 1

Sensor Flex Type 2

Sensor Flex Type 3

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Red+Black

Black

Black

GND

Yellow+Green

Red+Black

Red

OUT

Schema UniPing server solution v3-SMS, UniPing server solution v3, NetPing Connection board v2

Theoretically, a number of sensors in a circuit is not limited. The main requirement is to maintain a loop resistance in a standby mode at 3.3 kOhm (determined by a resistor at the end of a circuit). I.e. sensors can be added to a circuit until a loop resistance is not increased because of resistance of connecting wires.

A sensor is packaged with an inseparable cable, with connectors on the ends. A cable length can be increased with the help of flat cable extenders of RC-4 sensor, which are sequentially plugged one into another. Or it can be done independently with the help of any wire with a minimum cross section of 0,4 mm2. Maximum allowable length of a flat cable is 100 m.

NetPing AC/DIN External Sockets

The amount of plugged in NetPing AC/DIN sockets is limited by the amount of available IO lines only.

All wires are used to plug a socket into a device except a brown one (a white one). The IO line, where a socket AC/DIN is connected, needs to be switched to an output mode. When a status of an IO line is a logic level 0, there will be 220V on a socket, a voltage will be turned on. When its status is a logic level 1, a socket will be de-energized, a voltage off. 

Important! The brown wire is not used and must stay unplugged!

Controlling through an IO line:

Sensor Flex

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Red

+5V

Black

GND

Blue (green)

One of IO lines – 1 - 8

Controlling through RELAY (NO is normally opened contact, NC is a normally closed contact):

Sensor Flex

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Red+5V

Black

GND

Blue (Green)

Middle contact of a «Relay» terminal


«+5V» terminal is plugged to a normally opened relay contact (a left terminal in «Relay») by an auxiliary wire 

When plugging NetPing AC/DIN to a relay:

  • RELAY "On" there is no voltage in a socket;
  • RELAY "Off" there is voltage in a socket

A relay with normally closed contacts is used for a load commutation in a NetPing AC/DIN. This means having 220 V on a socket and a voltage turned on when a control wire is not plugged in.

A sensor is packaged with an inseparable cable, with connectors on the ends. A cable length can be increased with the help of flat cable extenders of RC-4 sensor, which are sequentially plugged one into another. Or it can be done independently with the help of any wire with a minimum cross section of 0,4 mm2. Maximum allowable length of a flat cable is 100 m.

Electricity Meter "Energy Meter CE102"

An electricity meter is connected by a two-wire line according to the table: 

Meter Socket

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11 (В)

RS485-

12 (А)

RS485+

Buzzer (mod.STD-3025)

Connecting the buzzer to the RELAY (NO - is normally opened contact, NC - is normally closed contact) with using +12V:

Loop ColorUniPing server solution v4/SMSUniPing server solution v3 Terminal Block
BlackGND
RedNO (RELAY)

+12V ↔ Middle contact (RELAY)

UniPing server solution v4SMS v3 Buzzer

A sensor is packaged with an inseparable cable, with connectors on the ends. A cable length can be increased with the help of flat cable extenders of RC-4 sensor, which are sequentially plugged one into another. Or it can be done independently with the help of any wire with a minimum cross section of 0,4 mm2. Maximum allowable length of a flat cable is 100 m.