Basic Setup Steps; Installation Instructions; Pinout Diagram; Wiring Diagram - ControlByWeb X-412 Quick Start Manual

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WebSwitch

WebSwitch Plus

WebRelay-Quad

WebRelay

WebRelay Wireless

WebRelay-10 Plus

WebRelay-10

| Pinout Diagram

| Wiring Diagram

| Pinout Diagram

XW-111

X-DTHS-WMX

X-418

FridgeAlert

X-DTHS-WMX

X-405

X-422

X-408

X-406

X-410

X-412

X-417

X-420

X-404

X-600M

X-401

X-432

X-TC1W-K

X-430

X-400C

X-DTHS-P

X-410C

X-DTHS-P

X-422

FridgeAlert Cellular

X-332

X-412C

X-317

X-404C

X-310

X-300

X-301

XW-112

XW-110

X-400

XW-110 Plus

X-310

X-TC1W-K

Vin+

: Power Supply Input (9-28VDC)

Factory Default Settings

Basic Setup Steps

LAN Setup Steps (Optional)

Sensor Setup

2.4 GHz

5VDC Power Supply

Installation Instructions

Antenna

Input -

Temperature/Humidity Sensor Setup

Sensor Setup

Vin-

: Power Supply Input (Ground)

Relay LEDs

Power LED

IP Address: 192.168.1.2

power

Power

+5V

1. Power the module and tap the "Network Setup" tab on the

Power LED

power

+5V

power

X16

Com 1-5

+5V

The sensor comes from the factory with a unique,

: Analog Common (Isolated from Vin-)

1. Power the module and connect to network.

Power

supply

Power

Power Supply

supply

Power

supply

Input +

Subnet Mask: 255.255.255.0

50mA Max

1. The sensor comes from the factory with a unique, non-change-

XW-110 Bottom View

Supply

+5V

Supply

Out 1-5

: 0-5V, ± 5V, 0-10V, ± 10V, 4-20mA Output

+5V

power

+5V

Supply

right of the touch screen. (Tap the screen if it's not visible)

Power

Supply

2. Set IP address on computer to be on the same network as the

+5V

non-changeable address. Once the sensor is connected

Power

For installation instructions,

supply

Power

able address. Once the sensor is connected to the host device,

Control Page Web Address: http://192.168.1.2

Supply

+5V

Supply

+5V

XW-110 Plus Bottom View

module. (Example: Set computer to 192.168.1.50)

2. Tap either Ethernet Settings or Wireless Settings.

the device must associate a sensor name with the sensor

to the host device, the device must associate a sensor

please view our detailed quick

Control Password: (no password set)

+5V

XW-111 Bottom View

address.

+5VRef

3. To configure the module, open a web browser and enter:

• Ethernet - Enable DHCP.

+5Vref

Setup Page Web Address: http://192.168.1.2/setup.html

name with the sensor address.

start guide by scanning the QR

DO NOT USE

http://192.168.1.2/setup.html

Setup Username: admin

• Wireless - Enable Wireless. Select your network and

2. After the sensor is added, alarms, email notifications, logging

WEBSWITCH PLUS TO

After the sensor is added, other options can be

code to the right.

Power

AinX

4. Assign permanent IP address to module, then restart module.

Logic

and other options can be configured. For more information about

Setup Password: webrelay (all lower case)

Supply

CONTROL MORE

security. Enter the password, then enable DHCP.

configured such as alarms, email notifications, and

16-Bit

Power

how to configure these options, please consult the host device's

5. Restore computer's IP address, if necessary, and access the module

AGnd

THAN 10 AMPS TOTAL

DC Barrel

A/D

Assign the module a static IP address. (Disable DHCP to

users manual.

Supply

Jack

logging. Additional information can be found in the

Included Internal

at its new IP address to finish setup.

(BOTH OUTLETS)

Temperature Sensor

see the blue "IP" box and network information) Tap a box to

power

sensors user's manual.

Factory Default Settings

+5VDC

Sensor Specifications:

supply

GND

expand it, then enter the desired network information.

Sensor Specs

IP Address: 192.168.1.2

Thermocouple Sensor

Digital Temperature Sensor

Users Manual

16-Bit

3. Tap the "Back" button, then tap Reboot.

Subnet Mask: 255.255.255.0

+3.3V

DO NOT USE WEBSWITCH TO

Temperature Range: -40ºC to 80ºC (-40ºF to 180ºF)

Sensor Type: Type-K (Must be ungrounded or isolated)

Digital Temperature Sensor:

Thermocouple Sensor:

Digital Temperature Sensor:

A/D

DC/DC

Data

4. Tap the "Info" tab to see the IP address.

Accuracy: ±0.4ºC (typ 0ºC to 80ºC)

Temperature Range: -200°C to 1250°C (-328ºF to 2282ºF)

Accuracy: ±0.4ºC (typ 0ºC to 80ºC)

+5V

Control Page Web Address: http://192.168.1.2

CONTROL MORE THAN 10 AMPS

Frequency

Temperature Range: -40ºC to 80ºC (-40ºF to 180ºF)

Sensor Type: Type-K (Must be ungrounded or isolated)

Converter

Counter

Ground

50mA Max

Accuracy: ±0.5ºC

Control Password: (no password set)

TOTAL (BOTH OUTLETS)

Normally

Accuracy: ±0.4ºC (typ 0ºC to 80ºC)

Temperature Range: -200ºC to 1250ºC (-328ºF to 2282ºF)

Accuracy: ±0.4ºC (typ 0ºC to 80ºC)

Factory Default Settings

Warning: The maximum number of attached expansion modules is

Common

Digital Humidity Sensor

Closed

(Wiring example for an optional external temperature sensor.)

Setup Page Web Address: http://192.168.1.2/setup.html

Accuracy: ±0.5ºC

determined by power supply voltage and current, and type of modules

Vin+

Power Supply Input (9-28VDC)

Relay Contacts*

Humidity Range: 0-99% RH

Humidity Range: 0-100% RH

X-TC1W-K

+5Vref

Digital Humidity Sensor:

Control Page Web Address: http://192.168.1.2

Vin-

Power Supply Input (Ground)

attached. For some installations, additional power supplies and expansion

Setup Username: admin

Relay LEDs

Accuracy: ±2%RH

Operating Range: -40ºC to 80ºC (-40ºF to 180ºF)

RTD 1-4

2/3/4 Wire RTD; PT 100/1000 (5k Ohm Max)

X-TC1W-K:

Humidity Range: 0-99% RH

Humidity Range: 0-100% RH

Note: The XW-110B only supports 1 temperature sensor. If an external

bus power injectors may be required.

Setup Page Web Address: http://192.168.1.2/setup.html

Humidity: 5-95%, non-condensing

Wi-Fi State

Setup Password: webrelay (all lower case)

1-Wire

GND:

Accuracy: ±2%RH

Operating Range: -40ºC to 80ºC (-40ºF to 180ºF)

sensor is used, the internal sensor must be removed.

Operating Voltage: +5.0 VDC ±0.25V

Not connected

DAT:

Setup Username: admin

Humidity: 5-95%, non-condensing

Communications Protocol: 1-Wire®

1-Wire

+Vo:

*Vin+ Voltage:

Connected to network, waiting

Operating Voltage:

Water sensor wiring

Setup Password: webrelay (all lower case)

Door

GND:

for DHCP

Operating Voltage: +5.0 VDC ±0.25V

I Model: 9-28VDC

Warning: The max number of attached expansion

+5.0 VDC ±0.25V

1-Wire:

+5.0 VDC ±0.25V

SW:

Connected to network with

Communications Protocol: 1-Wire®

*Power and relay

modules is determined by power supply voltage and

E Model: POE or 9-28VDC

K-Type

Omega Mini Thermcouple Connector

static IP or DHCP

Communications Protocol: 1-Wire®

Operating Voltage: +5.0 VDC ±0.25V

connections require

*Power and relay connections require

current, and type of modules attached. For some

Battery

Low Power Mode, Maintain Real-Time Clock

Access Point mode

1/4" push-on tab

Communications Protocol: 1-Wire®

1/4" push-on tab terminal connectors

installations, additional power supplies and expansion

Insert after installation to avoid draining

terminal connectors

WPS in progress

bus power injectors may be required.

the battery.

| Pinout Diagram

| Installation Instructions

| Pinout Diagram

| Wiring Diagram

| Quick-Start Guide

| Wiring Diagram

| Quick-Start Guide

| Quick Start Guide

| Sensor Setup & Specs

| Pinout Diagram

| Quick Start Guide

| Pinout Diagram

| Wiring Diagram

| Pinout Diagram

Vin+

5Vo:

5VDC Power Supply

Vin-

24-bit

Gnd

Vin+

Data:

5VDC Power Supply

Relay

A/D

Vout

Gnd

Gnd:

5Vo

5VDC Power Supply

Gnd

5Vo

Data Data

In+:

+5VDC

Data Data

In1+

Gnd

In-:

12-Bit

Gnd Ground

A/D

In1-

Digital To

Gnd

Analog

Expansion Bus

In2+

Gnd: Power Supply Input (Ground)

+Vo 9-28VDC Output

Power

Connect to ControlByWeb

Gnd Ground

+Vin: Power Supply Input (9-28VDC)

Digital To

Supply

K-Type

Expansion Modules

Gnd Ground

Analog

In2-

D(B) D(B)

D(A) D(A)

Digital To

NO:

Analog

1NC

Warning: The maximum number of attached

Normally

NC:

1NO

Common

Open

expansion modules is determined by power supply

Digital To

Analog

voltage and current, and type of modules attached.

Link LED

For some installations, additional power supplies

Digital To

Ground for 1-Wire Sensors

and expansion bus power injectors may be required.

2NC

Analog

Data

2NO

+5VDC Output

Switch

Rapid flashing

Ground for Door

Switch Closure Input

Dry Contact

Sensor

Connect temperature

and/or humidity sensor(s)

| Quick Start Guide

| Sensor Setup & Specs

| Pinout Diagram

| Wiring Diagram

| Quick-Start Guide

| Pinout Diagram

Power Supply Input*

XW-112 Bottom View

9-28VDC

Power Supply Input +

Vin+

DC Power Supply Input (see below*)

Power Supply Input (9-28VDC)

9-28VDC

Vin+

Power Supply Input +

Vin+

Opto

Power Supply Input (9-28VDC)

Vin+

Relay Contact Common

5VDC Output (Red wire)

Vin+

Power Supply Input (9-28VDC)

Gnd

Vin+

Power Supply Input (9-28VDC)

Isolator

Gnd

Vin+

Power Supply Input (9-28VDC)

Vin-

Power Supply Input -

DC Power Supply Input (Ground)

Vin-

Power Supply Input -

Power Supply Input (Ground)

Vin+

Power Supply Input (9-28VDC)

Vin-

Gnd

Power Supply Input (Ground)

Power Supply Input (9-28VDC)

Gnd

Power Supply Input (Ground)

Data (Blue or white wire)

NO:

Relay Contact Normally Open

Gnd

Vin -

Power Supply Input (Ground)

Gnd

Power Supply Input (Ground)

+5V DC output (50mA max)

Gnd

Power Supply Input (Ground)

Vout

Rly1

Vin - 0.7V (or 11V with POE)

Power Supply Input (Ground)

Relay 1 Common

Gnd (Black wire)

+5VDC Output

Relay 1 Normally Open

NC:

Relay Contact Normally Closed

Rly 1

Vref

+5VDC Reference Output

Vref

Ground (common) for 5V out

+5VDC Reference Output

Gnd

Ground (common)

Rly2

5Vo

In1+

+5VDC Output

Digital Input 1+

5V REF

+5VDC Output

Rly1

Relay 1 Normally Open

Agnd

1NC

Relay 1 Normally Closed

Analog Ground

Agnd

Optically-Isolated Input (+)

Analog Ground

Data Data

Com Digital Input 1 & 2 Common

Relay 4 Normally Open

Rly 4

Rly3

Data Data

V IN+:

Power Supply Input (9-28VDC)

Data Data

1NO

Relay 1 Normally Open

Vout

In1+

Optically-Isolated Input 1 +

Ain1

Optically-Isolated Input 1 +

9V Battery

Ground

Rly4

Relay 4 Normally Open

Gnd

In2+

Ground

Digital Input 2+

Ain1

Optically-Isolated Input (-)

Rly4

Ain2

V IN-:

Power Supply Input (Ground)

Gnd

Ground

Relay 2 Common

Gnd Ground

Analog Input

Common For All 4 Relays

5Vo

Ain2

In3+

+5VDC Output

Digital Input 3+

Com

Gnd

Ain3

In1-

Com

Optically-Isolated Input 1 -

Com Common For All Relays

RlyCom Common For All Relays

V+

Analog Inputs

Data Data

Com Digital Input 3 & 4 Common

+5V

2NC

Relay 2 Normally Closed

Ain4

Ain3

V-

In2+

Agnd Analog Ground

Optically-Isolated Input 2+

Gnd

2NO

In4+

Ground

Relay 2 Normally Open

Digital Input 4+

Digital Input 1 (+)

In1+

INPUT-:

Optically-Isolated Input (-)

+5V

In1+

Digital Input 1+

Ain4

Ain1

Data

Relay 3 Common

Dat

5Vo

+5VDC Output

In5+

Digital Input 5+

In2-

Optically-Isolated Input 2-

D I/O (x2)

Digital Input 4 (+)

Digital Input/Output

Optically-Isolated Input 2-

In4+

Ain2

Agnd

Analog Ground

Gnd

In4+

Digital Input 4+

Data Data

Com Digital Input 5 & 6 Common

Relay Common

INPUT+: Optically-Isolated Input (+)

3NC

Relay 3 Normally Closed

RTD

Relay 1 common

1-Wire

Relay 1 common

Gnd

Ground

Ain3

Ain5

In6+

Digital Input 6+

3NO

Relay 3 Normally Open

Frequency Input

FreqIn

Relay Normally Open

Ground For All Inputs &

+5V OUT: 5VDC Output

Ground for Inputs &

1,2,3 C

To view the X-422 users

Gnd

Relay 1 Normally Closed

1NC

Ain4

Ain6

5Vo

+5VDC Output

Relay 1 Normally Closed

1-Wire Bus

In7+

Digital Input 7+

1-Wire Sensors

Relay 4 Common

Relay 1 Normally Open

Relay Normally Closed

1NO

Normally

manual, please scan the QR

Analog Inputs

Normally

Relay 1 Normally Open

Data Data

Com Digital Input 7 & 8 Common

Agnd Analog Ground

Ain7

Closed

5Vo

+5VDC Output

Data

Gnd

4NC

Ground

Relay 2 Common

Relay 4 Normally Closed

In8+

code to the left.

Digital Input 8+

Relay Contacts*

1,2,3 NC

Relay 2 Common

+5V

Vref

Ain8

4NO

Relay 4 Normally Open

Data

"1-Wire" Data

5Vo

+5V out

+5VDC Output

LED State

+5V

2NC

Relay 2 Normally Closed

1,2,3 NO

+5V

Relay 2 Normally Closed

Agnd

Analog Ground

GND

Ground

Solid off

2NO

Relay 2 Normally Open

Solid on

Flashing

Slow flashing

1681 West 2960 South, Nibley, UT 84321, USA

DC Power Supply In(+)

Power Supply Input (9-28VDC)

Relay A

Power

Power Supply Input (Ground)

DC Power Supply In(-)

X16

Supply

Relay B

Vin+

Normally Open

Relays

Vin-

+5VDC Output

(Red Wire)

± 1.25V

Com

± 2.5V

Common For All Relays

Ground

Recommended power

Out5

± 5V

(Black Wire)

supply: 24V, 1.9A

± 10V

Vin+

Power Supply In (9-28VDC)

Com

4-20mA

Data

Vin-

Power Supply In (Ground)

Out4

External Temperature

(Blue Wire)

Com

Temp/Humidity

EGnd

Analog Inputs

(or White)

Sensor (Optional)

Door

Power

External Temperature

Out3

(e.g. 192.168.1.5)

Sensor (one included)

RS-485

Common

± 1.25V

Data

Com

± 2.5V

+5VOut

± 5V

Out2

Open

± 10V

Gnd

Restore

Normally Closed

Restore

+5VDC Reference Output

Com

Defaults

Additional Sensor(s)

Defaults

Button

Digital Input 17

Counter Input 1 (Input 17)

Button

Normally Open

Out1

Digital Input 18

Counter Input 2 (Input 18)

1681 West 2960 South, Nibley, UT 84321, USA

± 1.25V

± 2.5V

± 5V

± 10V

Modbus

4-20mA

Slave

Gnd

±1.25V

±2.5V

D(B)

±5V

Dry Contact

D(A)

Sensor

±10V

Switch

4-20mA

Temperature

and/or

Humidity

ACT

LINK

Sensor

ACT

LINK

LED

Ethernet

Connector

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Basic Setup Steps; Installation Instructions; Pinout Diagram; Wiring Diagram - ControlByWeb X-412 Quick Start Manual

| Pinout Diagram

| Wiring Diagram

Factory Default Settings

Basic Setup Steps

Installation Instructions

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