background image

CR3150

mobileIoT gateway

12

4.7 Energy management

Different energy modes control the energy consumption of the unit. In addition to the standard mode,
the unit also features a sleep mode. In this mode, some functions are deactivated to save energy.
Specific events cause the unit to return to the standard mode.

No mobile radio connection is possible in sleep mode.

Energy management is accessed via the following objects:

Object

Index

Subindex

Type

Default

Description

Power manage-
ment – deep
sleep flag

0x3333

0xF3

U8
wo

If this flag is set, the unit can only be woken
up from sleep mode via clamp 30, clamp 15
or CAN1.

The unit will not make up from sleep mode
cyclically or on a vibration event.

Use e.g. during transport

u

Set this flag before changing to sleep
mode.

Power manage-
ment – time to
sleep

0x3333

0x08

U8
wo

Time in seconds until switching to sleep
mode.

The unit only changes to sleep mode if
clamp 15 is set to low and no CAN message
is present at the corresponding CAN inter-
face.

A CAN message can wake the unit from
sleep mode.

Depending on the device design, a level
change at clamp 15 or the detection of a
certain acceleration force can wake the unit
from sleep mode.

With this setting, CAN messages are sent if
clamp 15 is set to high.

Power manage-
ment – sleep tim-
er status

0x3333

0x29

U8
ro

0: sleep timer deactivated

1: sleep timer activated

The object can be read if clamp 15 is set to
high.

Power manage-
ment – shutdown
delay time

0x3333

0x32

U16
rw

Delay time in seconds

After detecting the ignition input (clamp 15)
and the CAN off state, the unit continues to
operate for the specified time and then goes
to sleep mode.

Power manage-
ment – cyclic
wake-up time

0x3333

0x35

U32
rw

Time in seconds

After the specified time period in sleep
mode, the unit automatically wakes up and
changes to standard mode.

This function is only active with a value > 0.

Power manage-
ment – accel.
wake-up force

0x3333

0x36

R32
rw

Force in g

If the accelerometer detects an acceleration
force greater than this value, the unit wakes
up and changes to standard mode.

This function is only active with a value > 0.

Power manage-
ment - CAN
sleep time

0x3333

0x41

U32
rw

Time in milliseconds

If the unit does not receive any CAN mes-
sages within the specified time period, it
changes to sleep mode.

This function is only active with a value > 0.

4.8 Device status

The unit can send this data via the CAN interface. The configuration is made via the following objects:

Содержание CR3150

Страница 1: ...Operating instructions mobileIoT gateway CR3150 11365925 00 03 2021 GB...

Страница 2: ...y send GNSS data to the mobileIoT platform 11 4 7 Energy management 12 4 8 Device status 12 4 9 Compatibility mode 14 4 10 CAN CAN Bluetooth WLAN bridge 14 4 11 CAN Bluetooth WLAN interface 14 4 12 CA...

Страница 3: ...ctions Reaction result Designation of keys buttons or indications Cross reference Important note Non compliance may result in malfunction or interference Information Supplementary note 1 2 Warnings us...

Страница 4: ...e If the operating instructions or the technical data are not adhered to personal injury and or damage to property may occur The manufacturer assumes no liability or warranty for any consequences caus...

Страница 5: ...it enables wireless transfer of CAN data of a vehicle or machine according to the GSM and UMTS standards GPRS EDGE and HSPA are supported It is also possible to receive and transmit GNSS position data...

Страница 6: ...le network with the best transmission speed and automatically switches to it The mobile radio interface supports bidirectional data exchange in the mobile network 4 2 eSIM card The unit is equipped wi...

Страница 7: ...suite which can send the data in CAN messages An OTA over the air configuration of the units is carried out via the mobileIoT suite 4 3 3 IoT mode The IoT mode is a combination of real time mode and...

Страница 8: ...set to 0 IO device tem perature 0x3333 0x0E S16 ro Device temperature in C The unit can send this data via the CAN interface The configuration is made via the following objects Object Index Subindex T...

Страница 9: ...ent acceleration Z axis unit second The unit can send this data via the CAN interface The configuration is made via the following objects Object Index Subindex Type Default Description DeviceMode 0x40...

Страница 10: ...PS BEIDOU 3 GLONASS BEIDOU Positioning lon gitude 0x5208 0x00 R32 ro Longitude as a 32 bit floating point number decimal degrees Positioning lati tude 0x5209 0x00 R32 ro Latitude as a 32 bit floating...

Страница 11: ...32 Positioning latitude Position BaseID 0x02 0 4 R32 Positioning altitude 0 4 R32 Positioning heading Position BaseID 0x03 0 4 R32 Positioning speed over ground 4 4 R32 Positioning GPS odometer 4 6 1...

Страница 12: ...certain acceleration force can wake the unit from sleep mode With this setting CAN messages are sent if clamp 15 is set to high Power manage ment sleep tim er status 0x3333 0x29 U8 ro 0 sleep timer de...

Страница 13: ...ta are mapped to the following CAN messages COB ID Start byte Length bytes Type Object Status BaseID 0x00 0 1 U8 Network state 0 not connected 1 registered with home network 2 not registered searching...

Страница 14: ...oT server TCP connection active 3 1 U8 File transfer receive indication 4 1 U8 File transfer transmit command 5 1 U8 SMS transmit request 6 1 U8 SMS receive indication 7 1 U8 Device mode Status BaseID...

Страница 15: ...ional transfer of CAN data to other WLAN capable devices with the support of the Byte Command Protocol The CAN WLAN interface provides two operating modes Infrastructure mode Data transfer via one or...

Страница 16: ...safety will be impaired 74 Fig 1 Holes for mounting u Use 2 M5x30 cylinder head bolts to fix the unit on an even surface Tightening torque 2 2 Nm 5 1 Mounting the antennas u When mounting the antenna...

Страница 17: ...logue input 3 7 digital output 8 digital output clamp 15 input ignition signal 9 factory setting 2 input 10 CAN2_GND 11 CAN2_H CAN interface 2 high bidirectional 12 CAN2_L CAN interface 2 low bidirect...

Страница 18: ...the operating status of the active connections The different colours are displayed according to priority from 5 low to 1 high If several operating states are active at the same time the STATUS LED alw...

Страница 19: ...a transfer in real time mode STATUS ON Initialisation after power on STATUS ON A configuration update is carried out via the ifm mobileI oT data portal STATUS ON A remote firmware update is carried ou...

Страница 20: ...ctivated the unit an mobileIoT data contract will be concluded After successful registration and activation the unit establishes a connection to the ifm mobileIoT data portal and enables bidirectional...

Страница 21: ...is restored All recorded data and settings are deleted The factory configuration is retained To carry out the factory reset via the CAN interface CANopen software e g maintenance tool and a communicat...

Страница 22: ...ifm in case of malfunction u Do not open the housing as the unit does not contain any components which can be maintained by the user The unit must only be repaired by the manufacturer u Clean the devi...

Страница 23: ...tal that processes applies the data mobileIoT platform The complete cloud solution including backend mobileIoT server infrastructure frontend for the machine management portal mobileIoT suite and data...

Отзывы: