DMU-LTV-XP |
Vendor ID |
338 (0x0152) |
 |
Vendor Name |
Leuze electronic GmbH + Co. KG |
Vendor Text |
Leuze electronic - the sensor people |
Vendor URL |
http://www.leuze.com |
Device ID |
3104 (0x000c20) |
DeviceFamily |
DMU... series |
Features |
Block Parameter |
yes |
Data Storage |
yes |
Profile Characteristic |
0x0001 (Device Profile: Smart Sensor), 0x8000 (Function Class: Device Identification), 0x8001 (Function Class: Binary Data Channel), 0x8002 (Function Class: Process Data Variables), 0x8003 (Function Class: Device Diagnosis), 0x8004 (Function Class: Teach-In Commands) |
Supported Access Locks |
Parameter: yes, Data Storage: yes, Local Parameterization: yes, Local User Interface: no |
Communication |
IO-Link Revision |
V1.1 |
Compatible with |
V1.0 |
Transmission Rate | 38400 bit/s (COM2) |
Minimum Cycle Time |
2 ms |
SIO Mode Supported |
yes |
M-Sequence Capability | PREOPERATE = TYPE_0 with 1 octet on-request data OPERATE = TYPE_2_2 with 1 octet on-request data ISDU supported |
Device Variant |
DMU418B-400.X3/LTV-M12 |
Description |
ultrasonic sensor
maximum sensing range 40 cm
M18 housing with teach buttons
switching and voltage output |
Product ID |
50124261 |
Device Icon |
 |
Device Symbol |
 |
Connection Type | M12-5 connector |
Connection Symbol |
 |
- pin 1 |
brown; L+ |
- pin 2 |
white; Other |
- pin 3 |
(light) blue; L- |
- pin 4 |
black; C/Q |
- pin 5 |
grey (slate); NC |
Device Variant |
DMU418B-1300.X3/LTV-M12 |
Description |
ultrasonic sensor
maximum sensing range 130 cm
M18 housing with teach buttons
switching and voltage output |
Product ID |
50124264 |
Device Icon |
 |
Device Symbol |
 |
Connection Type | M12-5 connector |
Connection Symbol |
 |
- pin 1 |
brown; L+ |
- pin 2 |
white; Other |
- pin 3 |
(light) blue; L- |
- pin 4 |
black; C/Q |
- pin 5 |
grey (slate); NC |
Device Variant |
DMU430B-3000.X3/LTV-M12 |
Description |
ultrasonic sensor
maximum sensing range 300 cm
M30 housing with teach buttons
switching and voltage output |
Product ID |
50124266 |
Device Icon |
 |
Device Symbol |
 |
Connection Type | M12-5 connector |
Connection Symbol |
 |
- pin 1 |
brown; L+ |
- pin 2 |
white; Other |
- pin 3 |
(light) blue; L- |
- pin 4 |
black; C/Q |
- pin 5 |
grey (slate); NC |
subindex |
bit offset |
data type |
allowed values |
default value |
acc. restr. |
mod. other var. |
excl. from DS |
name |
description |
1 |
120 |
8-bit UInteger |
|
|
|
|
|
Device Specific Parameter 1 |
|
2 |
112 |
8-bit UInteger |
|
|
|
|
|
Device Specific Parameter 2 |
|
3 |
104 |
8-bit UInteger |
|
|
|
|
|
Device Specific Parameter 3 |
|
4 |
96 |
8-bit UInteger |
|
|
|
|
|
Device Specific Parameter 4 |
|
5 |
88 |
8-bit UInteger |
|
|
|
|
|
Device Specific Parameter 5 |
|
6 |
80 |
8-bit UInteger |
|
|
|
|
|
Device Specific Parameter 6 |
|
7 |
72 |
8-bit UInteger |
|
|
|
|
|
Device Specific Parameter 7 |
|
8 |
64 |
8-bit UInteger |
|
|
|
|
|
Device Specific Parameter 8 |
|
9 |
56 |
8-bit UInteger |
|
|
|
|
|
Device Specific Parameter 9 |
|
10 |
48 |
8-bit UInteger |
|
|
|
|
|
Device Specific Parameter 10 |
|
11 |
40 |
8-bit UInteger |
|
|
|
|
|
Device Specific Parameter 11 |
|
12 |
32 |
8-bit UInteger |
|
|
|
|
|
Device Specific Parameter 12 |
|
13 |
24 |
8-bit UInteger |
|
|
|
|
|
Device Specific Parameter 13 |
|
14 |
16 |
8-bit UInteger |
|
|
|
|
|
Device Specific Parameter 14 |
|
15 |
8 |
8-bit UInteger |
|
|
|
|
|
Device Specific Parameter 15 |
|
16 |
0 |
8-bit UInteger |
|
|
|
|
|
Device Specific Parameter 16 |
|
subindex |
bit offset |
data type |
allowed values |
default value |
acc. restr. |
mod. other var. |
excl. from DS |
name |
description |
1 |
24 |
8-bit UInteger |
0 = Not Inverted Switching, 1 = Inverted Switching |
|
|
|
|
Logic |
The behaviour of the switching output can be inverted |
2 |
16 |
8-bit UInteger |
3 = Two Point Mode, 128 = Window Mode |
128 |
|
|
|
Mode |
Window Mode: The sensor changes the output state between the switching points SP1 and SP2
Two Point Mode: The switching points SP1 and SP2 define the hysteresis range |
3 |
8 |
8-bit UInteger |
0..255 |
0 |
|
|
|
Switching Output 1 On Delay |
defines the delay in number of update cycles until a consecutive logic on signal is propagated to the output (Update Cycle Time can be found in the General Settings) |
4 |
0 |
8-bit UInteger |
0..255 |
0 |
|
|
|
Swithcing Output 1 Off Delay |
defines the delay in number of update cycles until a consecutive logic off signal is propagated to the output (Update Cycle Time can be found in the General Settings) |
Code | Additional code | Name | Description |
128 (0x80) | 0 (0x00) | Device application error - no details | Service has been refused by the device application and no detailed information of the incident is available |
128 (0x80) | 17 (0x11) | Index not available | Access occurs to a not existing index |
128 (0x80) | 18 (0x12) | Subindex not available | Access occurs to a not existing subindex |
128 (0x80) | 35 (0x23) | Access denied | Write access on a read-only parameter |
128 (0x80) | 48 (0x30) | Parameter value out of range | Written parameter value is outside its permitted value range |
128 (0x80) | 51 (0x33) | Parameter length overrun | Written parameter length is above its predefined length |
128 (0x80) | 52 (0x34) | Parameter length underrun | Written parameter length is below its predefined length |
128 (0x80) | 53 (0x35) | Function not available | Written command is not supported by the device application |
128 (0x80) | 54 (0x36) | Function temporarily unavailable | Written command is not available due to the current state of the device application |
128 (0x80) | 64 (0x40) | Invalid parameter set | Written single parameter collides with other actual parameter settings |
128 (0x80) | 65 (0x41) | Inconsistent parameter set | Parameter inconsistencies were found at the end of block parameter transfer, device plausibility check failed |
Parameter Menu |
Device |
General Settings |
V_PDINV |
V_DeviceAccessLocks.Parameter (write) Access Lock |
V_SystemCommand, Button:=128 |
V_SystemCommand, Button:=130 |
|
V_OPERATING_MODE |
V_LED_MODE |
If V_OPERATING_MODE = 0:
Settings |
Output 1 |
V_BDC1.Setpoint Value SP1 (OUT1) * 0.1 + 0 mm, Dec.1 |
V_BDC1.Setpoint Value SP2 (OUT1) * 0.1 + 0 mm, Dec.1 |
V_BDC1_CONFIG.Logic |
V_PNP_NPN |
V_ERROR_SWITCH1 |
V_BDC1_CONFIG.Mode |
V_BDC1_CONFIG.Switching Output 1 On Delay |
V_BDC1_CONFIG.Swithcing Output 1 Off Delay |
|
Teach Output 1 |
V_TEACH_OFFSET, rw |
V_TCH_IN_STATUS.Teach State |
V_SystemCommand, Button:=75 |
V_TCH_IN_STATUS.Setpoint Value SP1 Teach Flag |
V_SystemCommand, Button:=76 |
V_TCH_IN_STATUS.Setpoint Value SP2 Teach Flag |
V_SystemCommand, Button:=79 |
|
Output 2 |
V_ASP * 0.1 + 0 mm, Dec.1 |
V_AEP * 0.1 + 0 mm, Dec.1 |
V_ANALOG_LOGIC |
V_VOLTAGE_MODE |
V_ANA_FOU |
V_ANR_ERR_SUP |
|
Teach Lock |
V_DeviceAccessLocks.Local Parameterization Lock |
|
|
If V_OPERATING_MODE = 1:
Settings |
Output 1 |
V_BDC1.Setpoint Value SP1 (OUT1) * 0.1 + 0 mm, Dec.1 |
V_BDC1.Setpoint Value SP2 (OUT1) * 0.1 + 0 mm, Dec.1 |
V_BDC1_CONFIG.Logic |
V_PNP_NPN |
V_ERROR_SWITCH1 |
V_BDC1_CONFIG.Mode |
V_BDC1_CONFIG.Switching Output 1 On Delay |
V_BDC1_CONFIG.Swithcing Output 1 Off Delay |
|
Teach Output 1 |
V_TEACH_OFFSET, rw |
V_TCH_IN_STATUS.Teach State |
V_SystemCommand, Button:=75 |
V_TCH_IN_STATUS.Setpoint Value SP1 Teach Flag |
V_SystemCommand, Button:=76 |
V_TCH_IN_STATUS.Setpoint Value SP2 Teach Flag |
V_SystemCommand, Button:=79 |
|
Multiplex Address |
V_MUX_ADDRESS |
|
Output 2 |
V_ASP * 0.1 + 0 mm, Dec.1 |
V_AEP * 0.1 + 0 mm, Dec.1 |
V_ANALOG_LOGIC |
V_VOLTAGE_MODE |
V_ANA_FOU |
V_ANR_ERR_SUP |
|
|
If V_OPERATING_MODE = 2:
Settings |
Output 1 |
V_BDC1.Setpoint Value SP1 (OUT1) * 0.1 + 0 mm, Dec.1 |
V_BDC1.Setpoint Value SP2 (OUT1) * 0.1 + 0 mm, Dec.1 |
V_BDC1_CONFIG.Logic |
V_PNP_NPN |
V_ERROR_SWITCH1 |
V_BDC1_CONFIG.Mode |
V_BDC1_CONFIG.Switching Output 1 On Delay |
V_BDC1_CONFIG.Swithcing Output 1 Off Delay |
|
Teach Output 1 |
V_TEACH_OFFSET, rw |
V_TCH_IN_STATUS.Teach State |
V_SystemCommand, Button:=75 |
V_TCH_IN_STATUS.Setpoint Value SP1 Teach Flag |
V_SystemCommand, Button:=76 |
V_TCH_IN_STATUS.Setpoint Value SP2 Teach Flag |
V_SystemCommand, Button:=79 |
|
Output 2 |
V_ASP * 0.1 + 0 mm, Dec.1 |
V_AEP * 0.1 + 0 mm, Dec.1 |
V_ANALOG_LOGIC |
V_VOLTAGE_MODE |
V_ANA_FOU |
V_ANR_ERR_SUP |
|
|
If V_OPERATING_MODE = 3:
Settings |
Output 1 |
V_BDC1.Setpoint Value SP1 (OUT1) * 0.1 + 0 mm, Dec.1 |
V_BDC1.Setpoint Value SP2 (OUT1) * 0.1 + 0 mm, Dec.1 |
V_BDC1_CONFIG.Logic |
V_PNP_NPN |
V_ERROR_SWITCH1 |
V_BDC1_CONFIG.Mode |
V_BDC1_CONFIG.Switching Output 1 On Delay |
V_BDC1_CONFIG.Swithcing Output 1 Off Delay |
|
Teach Output 1 |
V_TEACH_OFFSET, rw |
V_TCH_IN_STATUS.Teach State |
V_SystemCommand, Button:=75 |
V_TCH_IN_STATUS.Setpoint Value SP1 Teach Flag |
V_SystemCommand, Button:=76 |
V_TCH_IN_STATUS.Setpoint Value SP2 Teach Flag |
V_SystemCommand, Button:=79 |
|
Output 2 |
V_ASP * 0.1 + 0 mm, Dec.1 |
V_AEP * 0.1 + 0 mm, Dec.1 |
V_ANALOG_LOGIC |
V_VOLTAGE_MODE |
V_ANA_FOU |
V_ANR_ERR_SUP |
|
Teach Lock |
V_DeviceAccessLocks.Local Parameterization Lock |
|
|
If V_OPERATING_MODE = 4:
Settings |
Output 1 |
V_PNP_NPN, rw |
V_ERROR_SWITCH1 |
V_BDC1_CONFIG.Logic |
|
|
Temperature |
General Temperature Settings |
V_TEMPERATURE_COMPENSATION |
|
V_TEMPERATURE_UNIT |
If V_TEMPERATURE_UNIT = 0:
Temperature Values |
V_INTERNAL_TEMPERATURE * 0.1 + 0 °C, Dec.1 |
V_EXTERNAL_TEMPERATURE * 0.1 + 0 °C, Dec.1 |
|
If V_TEMPERATURE_UNIT = 1:
Temperature Values |
V_INTERNAL_TEMPERATURE * 0.18 + 32 °F, Dec.1 |
V_EXTERNAL_TEMPERATURE * 0.18 + 32 °F, Dec.1 |
|
|
Parameter Menu |
Device |
General Settings |
V_PDINV |
V_DeviceAccessLocks.Parameter (write) Access Lock |
V_SystemCommand, Button:=128 |
V_SystemCommand, Button:=130 |
|
V_OPERATING_MODE |
V_LED_MODE |
If V_OPERATING_MODE = 0:
Settings |
Output 1 |
V_BDC1.Setpoint Value SP1 (OUT1) * 0.1 + 0 mm, Dec.1 |
V_BDC1.Setpoint Value SP2 (OUT1) * 0.1 + 0 mm, Dec.1 |
V_BDC1_CONFIG.Logic |
V_PNP_NPN |
V_ERROR_SWITCH1 |
V_BDC1_CONFIG.Mode |
V_BDC1_CONFIG.Switching Output 1 On Delay |
V_BDC1_CONFIG.Swithcing Output 1 Off Delay |
|
Teach Output 1 |
V_TEACH_OFFSET, rw |
V_TCH_IN_STATUS.Teach State |
V_SystemCommand, Button:=75 |
V_TCH_IN_STATUS.Setpoint Value SP1 Teach Flag |
V_SystemCommand, Button:=76 |
V_TCH_IN_STATUS.Setpoint Value SP2 Teach Flag |
V_SystemCommand, Button:=79 |
|
Output 2 |
V_ASP * 0.1 + 0 mm, Dec.1 |
V_AEP * 0.1 + 0 mm, Dec.1 |
V_ANALOG_LOGIC |
V_VOLTAGE_MODE |
V_ANA_FOU |
V_ANR_ERR_SUP |
|
Teach Lock |
V_DeviceAccessLocks.Local Parameterization Lock |
|
|
If V_OPERATING_MODE = 1:
Settings |
Output 1 |
V_BDC1.Setpoint Value SP1 (OUT1) * 0.1 + 0 mm, Dec.1 |
V_BDC1.Setpoint Value SP2 (OUT1) * 0.1 + 0 mm, Dec.1 |
V_BDC1_CONFIG.Logic |
V_PNP_NPN |
V_ERROR_SWITCH1 |
V_BDC1_CONFIG.Mode |
V_BDC1_CONFIG.Switching Output 1 On Delay |
V_BDC1_CONFIG.Swithcing Output 1 Off Delay |
|
Teach Output 1 |
V_TEACH_OFFSET, rw |
V_TCH_IN_STATUS.Teach State |
V_SystemCommand, Button:=75 |
V_TCH_IN_STATUS.Setpoint Value SP1 Teach Flag |
V_SystemCommand, Button:=76 |
V_TCH_IN_STATUS.Setpoint Value SP2 Teach Flag |
V_SystemCommand, Button:=79 |
|
Multiplex Address |
V_MUX_ADDRESS |
|
Output 2 |
V_ASP * 0.1 + 0 mm, Dec.1 |
V_AEP * 0.1 + 0 mm, Dec.1 |
V_ANALOG_LOGIC |
V_VOLTAGE_MODE |
V_ANA_FOU |
V_ANR_ERR_SUP |
|
|
If V_OPERATING_MODE = 2:
Settings |
Output 1 |
V_BDC1.Setpoint Value SP1 (OUT1) * 0.1 + 0 mm, Dec.1 |
V_BDC1.Setpoint Value SP2 (OUT1) * 0.1 + 0 mm, Dec.1 |
V_BDC1_CONFIG.Logic |
V_PNP_NPN |
V_ERROR_SWITCH1 |
V_BDC1_CONFIG.Mode |
V_BDC1_CONFIG.Switching Output 1 On Delay |
V_BDC1_CONFIG.Swithcing Output 1 Off Delay |
|
Teach Output 1 |
V_TEACH_OFFSET, rw |
V_TCH_IN_STATUS.Teach State |
V_SystemCommand, Button:=75 |
V_TCH_IN_STATUS.Setpoint Value SP1 Teach Flag |
V_SystemCommand, Button:=76 |
V_TCH_IN_STATUS.Setpoint Value SP2 Teach Flag |
V_SystemCommand, Button:=79 |
|
Output 2 |
V_ASP * 0.1 + 0 mm, Dec.1 |
V_AEP * 0.1 + 0 mm, Dec.1 |
V_ANALOG_LOGIC |
V_VOLTAGE_MODE |
V_ANA_FOU |
V_ANR_ERR_SUP |
|
|
If V_OPERATING_MODE = 3:
Settings |
Output 1 |
V_BDC1.Setpoint Value SP1 (OUT1) * 0.1 + 0 mm, Dec.1 |
V_BDC1.Setpoint Value SP2 (OUT1) * 0.1 + 0 mm, Dec.1 |
V_BDC1_CONFIG.Logic |
V_PNP_NPN |
V_ERROR_SWITCH1 |
V_BDC1_CONFIG.Mode |
V_BDC1_CONFIG.Switching Output 1 On Delay |
V_BDC1_CONFIG.Swithcing Output 1 Off Delay |
|
Teach Output 1 |
V_TEACH_OFFSET, rw |
V_TCH_IN_STATUS.Teach State |
V_SystemCommand, Button:=75 |
V_TCH_IN_STATUS.Setpoint Value SP1 Teach Flag |
V_SystemCommand, Button:=76 |
V_TCH_IN_STATUS.Setpoint Value SP2 Teach Flag |
V_SystemCommand, Button:=79 |
|
Output 2 |
V_ASP * 0.1 + 0 mm, Dec.1 |
V_AEP * 0.1 + 0 mm, Dec.1 |
V_ANALOG_LOGIC |
V_VOLTAGE_MODE |
V_ANA_FOU |
V_ANR_ERR_SUP |
|
Teach Lock |
V_DeviceAccessLocks.Local Parameterization Lock |
|
|
If V_OPERATING_MODE = 4:
Settings |
Output 1 |
V_PNP_NPN, rw |
V_ERROR_SWITCH1 |
V_BDC1_CONFIG.Logic |
|
|
Temperature |
General Temperature Settings |
V_TEMPERATURE_COMPENSATION |
|
V_TEMPERATURE_UNIT |
If V_TEMPERATURE_UNIT = 0:
Temperature Values |
V_INTERNAL_TEMPERATURE * 0.1 + 0 °C, Dec.1 |
V_EXTERNAL_TEMPERATURE * 0.1 + 0 °C, Dec.1 |
|
If V_TEMPERATURE_UNIT = 1:
Temperature Values |
V_INTERNAL_TEMPERATURE * 0.18 + 32 °F, Dec.1 |
V_EXTERNAL_TEMPERATURE * 0.18 + 32 °F, Dec.1 |
|
|
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