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Summary of Contents for ASTEL MGR100
- Page 1 MGR100 REMOTE CONTROL UNIT Operating Instructions...
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Page 2: Table Of Contents
CONTENTS Preface............................... 3 Features ............................. 3 Precautions ............................3 Controls And Connectors ........................4 Installation ............................5 DC power supply and Accumulator connection................5 Control connections ........................6 Relays connection ......................... 6 Digital outputs connection...................... 6 Alarm connections ........................7 Digital inputs connection...................... -
Page 3: Preface
PREFACE FEATURES built-in GSM module with SIM interface The MGR100 is a high-efficient GSM remote controller specially designed to use in nautical built-in GPS module for position applications. Built-in module with management and alarming*** different interfaces enable simple and easy ... -
Page 4: Controls And Connectors
CONTROLS AND CONNECTORS (1) DIGITAL IN (9) RS-232** Terminal block to connect 8 different sensors. Terminal block to connect RS-232 control equipment. (2) OPEN C.* Terminal block to connect 4 different relays or (10) SP – MIC** other control units. Terminal block to connect Speaker and Microphone. -
Page 5: Installation
The total power consumption of all sensors, relays and other devices supplied from the unit has not exceed 500mA. The MGR100 series remote control unit have to be installed near the control board. Avoid the installation in engine room, extremely hot places and near appliances generating strong magnetic fields. -
Page 6: Control Connections
Control connections Relays connection* The relay control outputs are suitable to control four different yacht electrical and electronic devices, connected directly or through external relays. First two relays have NO and NC contacts, other two relays have only NO contacts. Note: ... -
Page 7: Alarm Connections
Alarm connections Digital inputs connection The digital inputs are suitable to connect eight different sensors like IR intruder sensors, smoke sensors, water inlet sensors (floating switches) with NO or NC contacts. The sensors can be supplied directly from the unit and connected to one of +ACCU terminal block. Note: ... -
Page 8: Temperature Sensors Connection
Temperature sensors connection* The unit is designed to connect maximum three temperature sensors to measure the temperature in different places like are engine room, saloon, rooms and cockpit or fly-bridge. Note: Only the specified sensors can be connected to the temperature sensors inputs. Other connections Speaker and Microphone connection** The unit is designed to connect the microphone which enables to listen the voice and low-power... -
Page 9: I2C Bus Connection
KEYBOARD I2C bus connection** The unit is designed to connect also the devices using the I2C protocols. Note: Only the devices using I2C protocol can be connected to the I2C interface. I2C bus device RS-232 connection** The unit is designed to connect also the devices using the RS-232 serial interface control like personal computer or other devices. -
Page 10: Instructions
INSTRUCTIONS Login The default setting of password is 1234. To send the password PWDxxxx x=1..9 PWD1234 (if the password is 1234) (PWD instruction should be uppercase, other instructions uppercase or lowercase) PWD1234_instr1_instr2_instr3 (first should be sent the password then space and then instructions) To change the password NPWxxxx x=1..9... -
Page 11: Digital Outputs
To switch-on the relay when alarm occurs: RELxALMhh.mm.ss x=1..4 hh=0..24 mm=0..59 ss=0..59 REL2ALM00.10.30 (switching-on the relay 2 for 10 minutes, 30 seconds) To confirm the alarm by switching-off the relay RELxALM x=1..4 REL2ALM (temporary switching-off the relay 2) To switch-on audio or other indication when alarming is enabled/disabled: RELxREM x=1..4 REL4REM (to switch-on audio or other indication on the relay 4) -
Page 12: Alarms
To switch-on audio indication when alarming is enabled/disabled: OCExREM x=1..4 OCE4REM (to switch-on audio indication on the open-collector output 4) Alarms Digital inputs To receive alarm status on digital inputs: Received SMS: NAME ALM: D1:IN1:OFF D2:IN2:OFF D3:IN3:ON D4:IN4:OFF D5:IN5:OFF D6:IN6:OFF D7:IN7:REM D8:IN8:REM (when switching-on/off of alarming is enabled by the help of the digital inputs D7 in D8) -
Page 13: Analog Inputs
To define alarm triggering on digital inputs: ADTxxxxxxxx x=1 or 0 1- to activate the alarm when the input is high – open contact 0- to activate the alarm when the input is low – close contact ADT11100000 (1.,2. – high inputs, 3, 4.,5.,6.,7.,8., - low inputs) Alarming: Received SMS: NAME... -
Page 14: Temperature Sensors
To define alarm triggering on analog inputs: AATxsnn.n.snn.n x=1..6 s=L or H nn.n=number with decimal point, max. 30.0 AAT1L10.2H20.2 (to activate the alarm when input voltage is lower than 10.2V and higher than 20.2V) Alarming: Received SMS: NAME ALARM:V4:10.5V ALARM:DC:9.5V ALARM:ACCU:9.5V Temperature sensors* To receive alarm status on temperature sensors:... -
Page 15: Gps Receiver
To define alarm triggering on temperature sensors: ATTxsnn.n.snn.n x=1..3 s=L or H nn.n= number with decimal point ATT1L10.5H20.5 (to activate the alarm when temperature on sensor 1 is lower than 10.5C and higher than 20.5C) Alarming: Received SMS: NAME ALARM:TEMP3:38.5C GPS receiver*** To receive alarm status on pre-defined positions: Received SMS:... - Page 16 To define distances and mode for alarm triggering: AGTxsn.nnu x=1..4 s=I or O (IN or OUT) n.nn=number, max. 9.99 u=k or n or m (km, nm, m) AGT1O0.25k (to activate the alarm when the distance from position 1 is longer than 0.25 km) AGT4I0.30k (to activate the alarm when the distance to position 4 is shorter than 0.30 km) To receive pre-defined positions for alarm triggering:...
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Page 17: Other Alarm Functions
GPS receiver status: Received SMS: NAME GPS:UNLOCKED (when at least one AGS is ON and GPS signal is unlocked) Received SMS: NAME GPS:LOCKED (when at least one AGS is ON and GPS signal is repeatedly locked) Other alarm functions To generally switch-on the alarming: ALMON (the delay time of alarming is reset) To generally switch-off the alarming:... - Page 18 To check the remote control status: Received SMS: NAME REMOTE ALARMS: KEY:ON (switching-on/off of alarming is enabled on the inputs KEY1 in KEY2) DIG:OFF (switching-on/off of alarming is disabled by the help of the digital inputs D7 in D8) To receive alarm status: Received SMS: NAME ALARMS:ON (the alarming is switched-on)
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Page 19: Alarm Set-Up
Alarm set-up To set-up the alarming of the unit: Write the GSM numbers for receiving SMS to the SIM card location from 43 to 52. Write the phone numbers for calling to the SIM card location from 90 to 99.** ... - Page 20 To receive the momentary GPS position: GPS*** Received SMS: NAME Lat:45,45.281N Lon:013,49.892E Altitude: 288.3m To receive status of the digital inputs, the voltage on the analog inputs, the temperature on the temperature sensors and momentary GPS position: SMS* To receive GSM operator, signal, power supply voltage, accumulator voltage, GPS receiver status and software version: To define the GSM tel.
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Page 21: Dtmf Instructions
To receive the contents on the location on the SIM card PBRs s=location on the SIM card PBR55 (to receive the contents on the location 55) DTMF instructions* password #1234# to switch-on the relays #81x# to switch-off the relays #80x# to switch-on open-collector outputs #71x# to switch-off open-collector outputs... -
Page 22: Sim Card Locations
SIM card locations s&x&n s=location on the SIM card x=number n=name Location (s): &location of the first call number& &0& - no call** &location of the last call number&** password (4 digits) reserved reserved reserved reserved &location of the first SMS number& &0&... - Page 23 &SMS number 9& &SMS number 10& reserved reserved &&POS1*** reserved &&POS2*** reserved &&POS3*** reserved &&POS4*** ... reserved &call number 1&** &call number 2&** &call number 3&** &call number 4&** &call number 5&** &call number 6&** &call number 7&** &call number 8&** &call number 9&** &call number 10&**...
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Page 24: Technical Specifications
TECHNICAL SPECIFICATIONS Power supply 12-30 Vdc Accumulator (option) 1, the same voltage as power supply Relays* 2 x NO/COM, 2 x NO/NC/COM Digital outputs* 4, open-collector Digital inputs 8, NO, TTL, 12V 4 (6), 0-30 Vdc (10 bit, 2LSB) Analog inputs* Temperature sensor interface* 3, I2C interface Keyboard interface**... -
Page 25: Warranty
WARRANTY 1. The equipment manufactured by ASTEL d.o.o. is warranted to be free from defects in workmaship and materials under normal use and service. 2. This Warranty is in effect for of two years from the date of purchase by the user. Proof of purchase must be included, to establish that it is inside the warranty period. -
Page 26: Declaration Of Conformity
Manufacturer's Address: Dutovlje 138 6221 Dutovlje Slovenija declares that the products Item, Product Name and Model Number: 1. GSM Remote Control Unit MGR100 series conform to the following Product Specifications: Radio Spectrum: EN 300 511 and 3GPP 51.010-1 EMC: EN 301 489-1 and EN 301 489-7... - Page 27 DECLARATION OF CONFORMITY according to IEC Guide 22 and EN 45014 Manufacturer's Name: ASTEL, Podjetje za projektiranje, proizvodnjo in trgovino, d.o.o. Manufacturer's Address: Dutovlje 138 6221 Dutovlje Slovenija declares that the products Item, Product Name and Model Number: 1. GSM Remote Control Unit MGR100G series...
- Page 28 ASTEL d.o.o., Dutovlje 138, 6221 Dutovlje, Slovenia Tel: +386 5 7310771, +386 5 7310772 Fax:+386 5 7310789 E-mail: info@astel-marine.com Web: www.astel-marine.com...
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