IP Sensor IPS2222 User manual

Transcription

1 IP Sensor IPS2222 User manual Output LED indicators Power input 12VDC adapter 2 Relay outputs LED Indicators 1 wire 2 Dry 2 Analog Green : Power Yellow: Link temperature & humidity contact inputs inputs sensor input I P S U s e r M a n u a l v 1. 6 P a g e 1

2 Benefits and Features. IPS2222 is a device with build on Ethernet web server with 2 digital inputs, 2 analog inputs, 2 relay outputs, 1-Wire input for up to 2 temperature & humidity sensors. Device can be controlled and monitored over any IP network and Internet by web browser or any specialized monitoring software by SNMP v1 and v2 protocol. Benefits Easy and fast configuration full configuration can be performed through the Web using a web browser Control and configuration over TCP/IP and SNMP IP security access to the IPS2222 is protected by name and password 2 digital inputs with dry contact mode (volt free) 2 analog inputs 2 relays with NO contacts 1-Wire input for 2 Temperature & humidity sensors Alarm alert SNMP trap and XML (over HTTP) SNTP synchronization protocol Firmware update over IP Peer-to-Peer mode I P S U s e r M a n u a l v 1. 6 P a g e 2

3 Technical Features Power supply 12VDC / 0.5 A (adapter) Jack Ø5.5 x 2.0 / 10mm Network standards: IEEE 802.3, 10 Mbit/s Network connection: RJ 45 10BASE-T / 10 Mbps Network protocol TCP/IP and HTTP Operating conditions: -20 to +70 C 2 analog inputs - 0 to 60 V DC 2 Relay outputs 3A /24V DC/30V DC 1 sensor input RJ11 for connecting 1-Wire temperature & humidity sensors Aluminium enclosure Dimensions 112 x 82 x 40 [mm] / wall mount Device Connection Connect the IPS2222 to the 10 Mbit or 10/100 Mbit network. Use a classic TP patch cable for connection to switch, router or to PC. If the Ethernet connection is OK, the POWER and LINK indicator should light up and then LINK indicator blink according to network data transfer. I P S U s e r M a n u a l v 1. 6 P a g e 3

4 Restoring defaults factory configuration Press and hold the Reset button located on the back of the box, connect power, and hold the button pressed for 10 seconds or more. Reset Button Default network parameters configuration: IP address: Network mask: Default gateway: IP configuration via DHCP: Disabled User name: admin Password: admin I P S U s e r M a n u a l v 1. 6 P a g e 4

5 Installation Guidelines IPS2222 controller must be installed by qualified personnel. Controller must not be installed directly outdoors. IPS2222 must not be used for medical, life saving purposes, or for any purpose where its failure could cause serious injury or the loss of life. This unit must not be used in any way where it's function or failure could cause significant loss or property damage. The first step is to establish communication between computer and IPS2222 controller. This can be done by assigning a temporary IP address to the computer. For computers with Windows OS assigning of IP address is made in Local area connection properties or Wireless Network Connection Properties. I P S U s e r M a n u a l v 1. 6 P a g e 5

6 IP Address of the computer should be at the same network. Into the web browser you should type If network settings are correct the login page will appear. Free software for Windows PC Ethernet Device Discoverer can be downloaded from to easily found IPS2222 controllers connected to LAN. I P S U s e r M a n u a l v 1. 6 P a g e 6

7 Web Pages Login Page - access to the IPS2222 is protected by name and password Status Page - Monitoring parameters Action when alarm is activated Alarm threshold I P S U s e r M a n u a l v 1. 6 P a g e 7

8 Status page has 4 sections Digital inputs, Analog inputs, Outputs and Sensors. Digital Inputs section can be used for monitoring sensors in dry contact (volt free) mode - motion PIR sensors, Water Leak sensors, Water level sensors, Door/window sensors, Smoke detectors. One side of the sensor is connected to IN1 or IN2 terminal and the other is connected to GND terminal. Please note that Digital inputs are not galvanic isolated! Analog Inputs section can be used for monitoring directly batteries, power supplies, solar panels and any analog sensor with voltage up to 60V DC. Please note that Analog inputs are not galvanic isolated! Outputs section can be used to open/close garage door and control motors, pumps, valves, lights For loads greater than 3A/30V DC an external relay should be used. Sensors section can be used for control 2x1-wire sensors for temperature and humidity Maximum cable length when is used UTP cable is 50m. I P S U s e r M a n u a l v 1. 6 P a g e 8

9 Network Settings page configuration of network parameters MAC address hardware address of the device. After a change, device will be reboot automatically and redirect to the index page. IP address software address of the device. After a change, device will be reboot automatically and you must search it on the new IP address. Enable DHCP - allows device automatically obtain a valid IP address from Gateway Gateway default gateway IP address Subnet mask local network mask Primary DNS needs to be set properly for correct operation. Domain Name Service associates host names with IP addresses. Without a correctly configured DNS server, the following functions will not work: - Time synchronization (SNTP), used in s and SNMP traps - E- mailing (SMTP) HTTP Port The TCP port used for HTTP communications with IPS2222. Default settings for this port is 80. Value of HTTP port can be changed from 80 to I P S U s e r M a n u a l v 1. 6 P a g e 9

10 For example if default port is changed to port 1560 then HTTP request must be System Settings Device name used to identify device on the network NTP server host name of the NTP server to synchronize the time with. Time zone offset of your timezone with respect to that of the NTP Server. If the time is not set the device attempts to synchronize the time approximately once per hour until successful. Current Date - it is necessary to send s. Current Time it is necessary to send s. The time updates on every minute. To refresh the time it is necessary to set Save button. Temperature units - Specifies the unit of temperature (C Celsius / centigrade, F Fahrenheit) I P S U s e r M a n u a l v 1. 6 P a g e 10

11 Account Settings - One user account with username and password can be configured for HTTP access. Sensors Settings Name name of the sensor up to 15 chars ( e.g. like Indoor ) ID unique number for each sensor Measured value the value that sensor is reading. I P S U s e r M a n u a l v 1. 6 P a g e 11

12 Lower range - value below this range are considered to be incorrect and alarm event occurs Upper range - value above this range are considered to be incorrect and alarm event occurs Hysteresis hysteresis is used to avoid multiple alarms when the measured quantity fluctuate. Trap device send a SNMP Trap when alarm event occurs and this option is checked - device send an when alrm event occurs and this option is checked After connecting new sensors or changing RJ11 connections, detect sensors again. I P S U s e r M a n u a l v 1. 6 P a g e 12

13 SNMP Settings The Simple Network Management Protocol - SNMP, is a commonly used service that provides network management and monitoring capabilities. SNMP offers the capability to poll network device and monitor data. SNMP is also capable changing the configurations on the host, allowing the remote management of the network device. The protocol uses a community string for authentication from the SNMP client to the SNMP agent on the managed device. The SNMP Settings page allows you to configure the settings for communication with the device using the SNMP protocol v2.0. SNMP settings SNMP - Enable / Disable communication by SNMP SNMP Port communication port for SNMP protocol. Default port is 161. Write Community - The community is authorized to write values to variables over SNMP. The default write community string is private. I P S U s e r M a n u a l v 1. 6 P a g e 13

14 Read Community - The community is authorized to read values to variables over SNMP. The default read community string is public. Trap settings Trap - Enable / Disable sending trap messages Trap IP address IP address of the trap destination Trap community default trap community is public Trap interval time interval for trap messages in seconds. Min interval = 5 sec. Traps are sent in following conditions: - dry contact inputs change their status - measured voltages on analog inputs goes outside the range - measured temperature or humidity goes outside the range For management and control by SNMP is necessary to use MIB file. MIB file you can download from our website IPS2222 SNMP parameters can be controlled with any SNMP compatible program. To obtain a valid OID number it is necessary to replace the x symbol with product OID Name Access Description Syntax X name read-only Device name String X version read-only Firmware version String setup -> sensors -> sensor1 OID Name Access Description Syntax X sens1id read-only Sensor 1 ID String X sensor1name read-only Sensor 1 description String X temp1lower read-write Temperature lower range Integer X temp1upper read-write Temperature upper range Integer X temp1hyst read-write Temperature hysteresis Integer X temp1 read-write Temperature enable Integer{no(0), yes(1)} I P S U s e r M a n u a l v 1. 6 P a g e 14

15 X temp1trap read-write Temperature trap enable Integer{no(0), yes(1)} X humi1lower read-write Humidity lower range Integer X humi1upper read-write Humidity lower range Integer X humi1hyst read-write Humidity hysteresis Integer X humi1 read-write Humidity enable Integer{no(0), yes(1)} X humi1trap read-write Humidity trap enable Integer{no(0), yes(1)} setup -> sensors -> sensor2 OID Name Access Description Syntax X sens2id read-only Sensor 2 ID String X sensor2name read-only Sensor 2 description String X temp2lower read-write Temperature lower range Integer X temp2upper read-write Temperature upper range Integer X temp2hyst read-write Temperature hysteresis Integer X temp2 read-write Temperature enable Integer{no(0), yes(1)} X temp2trap read-write Temperature trap enable Integer{no(0), yes(1)} X humi2lower read-write Humidity lower range Integer X humi2upper read-write Humidity lower range Integer X humi2hyst read-write Humidity hysteresis Integer X humi2 read-write Humidity enable Integer{no(0), yes(1)} X humi2trap read-write Humidity trap enable Integer{no(0), yes(1)} setup -> sensors OID Name Access Description Syntax Integer{ X tempunit read-write Temperature sensors unit celcius(0), fahrenheit(1)} I P S U s e r M a n u a l v 1. 6 P a g e 15

16 setup -> digitals -> diginput1 OID Name Access Description Syntax X input1name read-write Digital input 1 name String X input1alarmstate read-write Digital input 1 alarm state Integer X input1trapenable read-write Digital input 1 trap enable Integer{no(0), yes(1)} X input1mailenable read-write Digital input 1 enable Integer{no(0), yes(1)} setup -> digitals -> diginput2 OID Name Access Description Syntax X Input2Name read-write Digital input 2 name String X Input2AlarmState read-write Digital input 2 alarm state Integer X Input2TrapEnable read-write Digital input 2 trap enable Integer{no(0), yes(1)} X Input2MailEnable read-write Digital input 2 enable Integer{no(0), yes(1)} setup -> outputs -> output1 OID Name Access Description Syntax X out1name read-write Relay 1 name String X out1control read-write Relay 1 setup control Integer { manual(0), drycontactinput(1), drycontactinput(2), analoginput1(3), analoginput2(4), sens1temp(5), sens1hum(6), sens2temp(7), sens2hum(8), allsensors(9)} I P S U s e r M a n u a l v 1. 6 P a g e 16

17 setup -> outputs -> output2 OID Name Access Description Syntax X out2name read-write Relay 2 name String X out2control read-write Relay 2 setup control Integer { manual(0), drycontactinput(1), drycontactinput(2), analoginput1(3), analoginput2(4), sens1temp(5), sens1hum(6), sens2temp(7), sens2hum(8), allsensors(9)} setup -> analogs -> aninput1 OID Name Access Description Syntax X analog1name read-write Analog input 1 name String X analog1lower read-write Analog input 1 lower range Integer X analog1upper read-write Analog input 1 upper range Integer X analog1hyst read-write Analog input 1 hysteresis Integer X analog1 read-write Analog input 1 enable Integer{no(0), yes(1)} X analog1trap read-write Analog input 1 trap enable Integer{no(0), yes(1)} setup -> analogs -> aninput2 OID Name Access Description Syntax X Analog2Name read-write Analog input 2 name String X Analog2Lower read-write Analog input 2 lower range Integer X Analog2Upper read-write Analog input 2 upper range Integer X Analog2Hyst read-write Analog input 2 hysteresis Integer X Analog2 read-write Analog input 2 enable Integer X Analog2Trap read-write Analog input 2 trap enable Integer I P S U s e r M a n u a l v 1. 6 P a g e 17

18 setup OID Name Access Description Syntax X configsaved read-write Configuration save Integer control OID Name Access Description Syntax X output1 read-write Relay 1 output Integer X output2 read-write Relay 2 output Integer X drycontactinput1 read-only Dry contact input 1 Integer X drycontactinput2 read-only Dry contact input 2 Integer X volt1 read-only Analog input 1 Integer X volt2 read-only Analog input 2 Integer X temperature1 read-only Sensor 1 temperature Integer X humidity1 read-only Sensor 1 humidity Integer X temperature2 read-only Sensor 2 temperature Integer X humidity2 read-only Sensor 2 humidity Integer deviceinfo OID Name Access Description Syntax X devicemacaddress read-only Device MAC Address String I P S U s e r M a n u a l v 1. 6 P a g e 18

19 HTTP API commands and XML status of IPS2222 The relays can be controled by HTTP commands. Before that is required basic authentication. HTTP command device_ip_address /status.xml?r1=1 device_ip_address /status.xml?r1=0 device_ip_address /status.xml?r2=1 device_ip_address /status.xml?r2=0 device_ip_address /status.xml?tg1=1 device_ip_address /status.xml?tg2=1 Description Relay 1 = ON Relay 1 = OFF Relay 2 = ON Relay 2 = OFF Toggle Relay 1 state Toggle Relay 2 state device_ip_address /status.xml?p1=1 Pulse Relay 1 device_ip_address /status.xml?p2=1 Pulse Relay 2 Any application can easily read current values from status.xml tags. File is located at <response> <Device>IPS2222</Device> <HostName>OFFICE</HostName> <MAC>00:04:A3:00:00:A0</MAC> <din1> <In1_name>Input 1</In1_name> <In1_val>OPEN</In1_val> <In1_alarm>0</In1_alarm> </din1> <din2> <In2_name>Input 2</In2_name> <In2_val>OPEN</In2_val> <In2_alarm>0</In2_alarm> </din2> <ain1> <ain1_name>analog 1</aIn1_name> <ain1_val>30.02 VDC</aIn1_val> <ain1_alarm>0</ain1_alarm> </ain1> <ain2> <ain2_name>analog 2</aIn2_name> <ain2_val>30.02 VDC</aIn2_val> <ain2_alarm>0</ain2_alarm> </ain2> I P S U s e r M a n u a l v 1. 6 P a g e 19

20 <Out1> <Out1_name>Garage door 1</Out1_name> <Out1_val>ON</Out1_val> <Out1_pw>3</Out1_pw> <Out1_contr>Manual</Out1_contr> </Out1> <Out2> <Out2_name>Room humidity</out2_name> <Out2_val>ON</Out2_val> <Out2_pw>3</Out2_pw> <Out2_contr>Manual</Out2_contr> </Out2> <S1> <S1_name>Garage</S1_name> <S1_id> AF85</S1_id> <S1T_val>12.3</S1T_val> <S1T_unit> C</S1T_unit> <S1T_alarm>0</S1T_alarm> <S1H_val>---</S1H_val> <S1H_alarm>0</S1H_alarm> <S1_st>1</S1_st> </S1> <S2> <S2_name>Guest Room</S2_name> <S2_id>F </S2_id> <S2T_val>22.1</S2T_val> <S2T_unit> C</S2T_unit> <S2T_alarm>0</S2T_alarm> <S2H_val>48.2</S2H_val> <S2H_alarm>0</S2H_alarm> <S2_st>1</S2_st> </S2> </response> I P S U s e r M a n u a l v 1. 6 P a g e 20

21 Settings Mail server custom or dedicated ip-sens.com. If you not have a mail server on your network then we provide service for free use of the dedicated mail server from ipsens.com. The service from our server is free and not guaranteed! Mail Server Address Host name or IP address of the SMTP server Authentication if necessary use name and password for Mail server Port This controls the port for which outgoing mail connections will be accepted. SMTP uses TCP port 25 or 587. SSL and TLS are not supported. I P S U s e r M a n u a l v 1. 6 P a g e 21

22 Inputs / Outputs Settings Name - In this field you can enter the description of the corresponding parameter for up to 15 characters Digital inputs used for direct connection of volt-free contacts. One side of the contact is connected to Input1 or Input2 and the other side is connected to terminal in the middle GND. User can choose and type own name on the Low and High levels. Also I P S U s e r M a n u a l v 1. 6 P a g e 22

23 user can choose which type of alarm to be activated Trap or or both alarms. Digital inputs are not galvanic isolated! Analog inputs - used for measuring DC voltages. Before using alarm alerts need to set values in the fields Lower Range and Upper Range. Parameters Units, Multiplier and Offset can be used to convert measured voltage from any sensor to meaningful engineering values. Analog inputs are not galvanic isolated! To avoid numerous false alerts (by or SNMP Trap) whenever the reading fluctuates around the threshold, you can use Hysteresis value. Local Relay Outpus settings can select whether the local relay to be activated manually by click button ON/OFF or automatic by any of the following parameters or by all sensors: - Dry contact input 1 - Dry contact input 2 - Analog input 1 - Analog input 2 - Sensor 1 Temperature - Sensor 1 Humidity - Sensor 2 Temperature - Sensor 2 Humidity - All Sensors I P S U s e r M a n u a l v 1. 6 P a g e 23

24 For every Relay control can be set different time for Pulse duration. The resolution is 1 second. By default both relays are activated manualy by web interface of Status page. Remote Relay Outpus settings are used to set controller in Peer-to-Peer mode When an alarm -> normal or normal -> alarm condition occurs on the sensors connected to the inputs of a controller IPS2222, it send an encrypted command to set the relays of another controller IPS2222, located in the same LAN (by IP address) or somewhere on the Internet (by HTTP address). Another option is when manually triggering the local relays of a controller IPS2222 automativally to trigger the relays of the another controller IPS2222. Remote relays control can also be bidirectional - two controllers can control each other's relays. Only one parameter can be assigned for relay activation, at the same time. When the relay is triggered automatically by a parameter then button for manual operation on the Status page hides. For loads greater than 3A/30V DC an external relay should be used. I P S U s e r M a n u a l v 1. 6 P a g e 24

25 Firmware update In this page you can update IPS2222 with the new firmware. Please keep in mind not to power off the device during the update! It can damage the device! I P S U s e r M a n u a l v 1. 6 P a g e 25

26 Application Examples - Remote monitoring application I P S U s e r M a n u a l v 1. 6 P a g e 26

27 I P S U s e r M a n u a l v 1. 6 P a g e 27

28 - Control of 220V AC / 20 A motor using external relay - Automatic stop water supply to the dishwasher at the detection of water leakage I P S U s e r M a n u a l v 1. 6 P a g e 28

29 - Opening and monitoring Garage Doors - Peer-to-Peer mode for remote relay control I P S U s e r M a n u a l v 1. 6 P a g e 29

30 Mechanical dimmensions Bottom view I P S U s e r M a n u a l v 1. 6 P a g e 30