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Sensor de inclinação N7 dynamic CAN

Disponível no elostore

Sensor de inclinação N7 dynamic CAN

Disponível no elostore
  • Alta precisão, mesmo com movimentos rápidos, fortes vibrações e choques
  • Unidade de Medição Inercial (IMU)
  • Saída de aceleração, taxa de rotação e inclinação
  • Sinais precisos para movimentos dinâmicos graças à fusão de sensores
  • Padrões EMC de acordo com os padrões fora de estrada (EN ISO 14982; DIN EN ISO 13766-1; DIN EN 12895)
  • Design robusto para uma longa vida útil: classe de proteção IP6K7 (ISO 20653) / IP6K9K (ISO 20653)
  • Resistente a temperaturas de -20 °C a +85 °C (-40 °C a +85 °C mediante solicitação)
  • Tipos de conectores: Deutsch DT04-08PA, 1x M12 de 5 pinos (macho) ou 2x M12 de 5 pinos (macho/fêmea)
  • Daisy-Chain – looping através do sinal CAN sem distribuidores T adicionais
  • Instalação rápida graças à eficiente montagem em 2 pontos
  • Gerenciamento inteligente de variantes graças a um sistema modular inteligente
  • Aprovação do tipo E1 para aprovação em estradas
  • Conjuntos de parâmetros personalizados de acordo com a aplicação para aumentar o desempenho/precisão (mediante solicitação)

O sensor de inclinação dinâmica N7 está disponível nas versões CANopen ou SAE J1939. Devido ao seu design robusto e à alta resistência a choques e vibrações, ele é frequentemente usado para medir a inclinação em máquinas de construção, máquinas agrícolas, caminhões industriais e ambientes industriais adversos. Equipado com uma combinação extremamente responsiva de acelerômetro e giroscópio, ele reduz significativamente os efeitos negativos dos movimentos bruscos e garante o fornecimento de dados de medição precisos.

N7 dynamic – desenvolvido para proporcionar ainda mais segurança, confiabilidade, funcionalidade e flexibilidade.

Este produto também está disponível em nossa elo.store.

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Características do artigo

  • N7DCC000H2-001
  • N7DCC0D2H2-001
  • N7DCC0D2V2-001
  • N7DCC000V2-001
  • N7DCC001H2-001
  • N7DCC001V2-001
  • N7DCC002H2-001
  • N7DCC002V2-001
  • N7DCJ0D2H2-001
  • N7DCJ0D2V2-001
  • N7DCJ000H2-001
  • N7DCJ000V2-001
  • N7DCJ001H2-001
  • N7DCJ001V2-001
  • N7DCJ002H2-001
  • N7DCJ002V2-001
  • Technology
  • Supply voltage
  • Polarity reversal protection
  • Short-circuit protection
  • Current consumption
  • Output signal
  • Contact form
  • Protocol
  • UDS ISO 14229 capability
  • Baud rate
  • Cycle time
  • Node ID / Source Address
  • Bus terminating resistor
  • Connection type (switching output)
  • Switching points
  • Turn-on delay
  • Turn-off delay
  • Hysteresis
  • Max. switching voltage
  • Max. switching current
  • Max. switching power
  • Measuring range acceleration max.
  • Measuring range gyroscope max.
  • Resolution
  • Accuracy dynamically typ.
  • Repeating accuracy
  • Temperature coefficient
  • Sensing rate
  • Initialisation time after power on/start-up time
  • Installation
  • Zero justification
  • Number of measurement axes tilt
  • Measuring principle
  • Measuring range
  • NMT autostart
  • MTTF
  • Connector type
  • Weight
  • Housing material
  • Torque for fastening screws
  • Storage temperature
  • Protection class
  • Vibration resistance (Norm)
  • Shock resistance (Norm)
  • Operating temperature
  • Salt spray test
  • EMC Agricultural and forestry machines (Norm)
  • EMC Earth-moving and building construction machinery (Norm)
  • EMC Industrial trucks (Norm)
  • CE
  • E1 type approval
AttributeN7DCC000H2-001N7DCC0D2H2-001N7DCC0D2V2-001N7DCC000V2-001N7DCC001H2-001N7DCC001V2-001N7DCC002H2-001N7DCC002V2-001N7DCJ0D2H2-001N7DCJ0D2V2-001N7DCJ000H2-001N7DCJ000V2-001N7DCJ001H2-001N7DCJ001V2-001N7DCJ002H2-001N7DCJ002V2-001
Bestellung
Technology MEMS MEMS MEMS
Supply voltage +8..+36 V DC +8..+36 V DC +8..+36 V DC
Polarity reversal protection -36 V DC -36 V DC -36 V DC
Short-circuit protection ISO 16750-2 ISO 16750-2 ISO 16750-2
Current consumption < 100 mA < 100 mA < 100 mA
Output signal CANopen CANopen + 2x relay (NC) CANopen J1939 + 2x relay (NC) J1939
Contact form NC NC
Protocol CANopen CANopen J1939 J1939
UDS ISO 14229 capability yes yes yes
Baud rate 250 kBit/s 250 kBit/s 250 kBit/s
Cycle time 10 ms 10 ms 10 ms
Node ID / Source Address 32 32 226 226
Bus terminating resistor no no no
Connection type (switching output) Relay 1 = X1/X3 Y1/Y3 (Z1/Z3) / Relay 2 = X2/X4 Y2/Y4 (Z2/Z4) Relay 1 = X1/X3 Y1/Y3 (Z1/Z3) / Relay 2 = X2/X4 Y2/Y4 (Z2/Z4)
Switching points X1/X3 = 5
X2/X4 = 10
Y1/Y3 = 5
Y2/Y4 = 10 °
X1/X3 = 5
X2/X4 = 10
Z1/Z3 = 5
Z2/Z4 = 10 °
X1/X3 = 5
X2/X4 = 10
Y1/Y3 = 5
Y2/Y4 = 10 °
X1/X3 = 5
X2/X4 = 10
Z1/Z3 = 5
Z2/Z4 = 10 °
Turn-on delay 0s 0s
Turn-off delay 0s 0s
Hysteresis ±0,1° ±0,1°
Max. switching voltage 36 V DC 36 V DC
Max. switching current 1 A 1 A
Max. switching power 30 W 30 W
Measuring range acceleration max. ±8 g ±8 g ±8 g
Measuring range gyroscope max. ±250 °/s ±250 °/s ±250 °/s
Resolution 0,01 ° 0,01 ° 0,01 °
Accuracy dynamically typ. ±0,5 ° ±0,5 ° ±0,5 °
Repeating accuracy typ. ±0,2 ° typ. ±0,2 ° typ. ±0,2 °
Temperature coefficient max. ±0,015°/K max. ±0,015°/K max. ±0,015°/K
Sensing rate 100 Hz 100 Hz 100 Hz
Initialisation time after power on/start-up time 500 ms 500 ms 500 ms
Installation horizontal vertically horizontal vertically horizontal vertically horizontal vertically horizontal vertically horizontal vertically horizontal vertically
Zero justification ±60° ±60° ±60°
Number of measurement axes tilt 2 2 2
Measuring principle dynamic /(fast) moving applications) dynamic /(fast) moving applications) dynamic /(fast) moving applications)
Measuring range ±90° X-Achse
±180° Y-Achse
±90° X-Achse
±180° Z-Achse
±90° X-Achse
±180° Y-Achse
±90° X-Achse
±180° Z-Achse
±90° X-Achse
±180° Y-Achse
±90° X-Achse
±180° Z-Achse
±90° X-Achse
±180° Y-Achse
±90° X-Achse
±180° Z-Achse
±90° X-Achse
±180° Y-Achse
±90° X-Achse
±180° Z-Achse
±90° X-Achse
±180° Y-Achse
±90° X-Achse
±180° Z-Achse
±90° X-Achse
±180° Y-Achse
±90° X-Achse
±180° Z-Achse
NMT autostart not active not active not active
MTTF 92 a 92 a 92 a
Connector type 1xM12 5-polig (male) Deutsch DT04-08PA 1xM12 5-polig (male) 2xM12 5-polig (male/female) Deutsch DT04-08PA 1xM12 5-polig (male) 2xM12 5-polig (male/female) Deutsch DT04-08PA
Weight 113 g 108 g 113 g 123 g 108 g 180 g 113 g 123 g 108 g
Housing material PBT PBT PBT
Torque for fastening screws 10 Nm 10 Nm 10 Nm
Storage temperature -40..+85 °C -40..+85 °C -40..+85 °C
Protection class IP6K7 ISO 20653, IP6K9K ISO 20653 IP6K7 ISO 20653, IP6K9K ISO 20653 IP6K7 ISO 20653, IP6K9K ISO 20653
Vibration resistance (Norm) EN 60068-2-64 (random vibration 7,99g , 5-500Hz, 20,1mm displacement) EN 60068-2-64 (random vibration 7,99g , 5-500Hz, 20,1mm displacement) EN 60068-2-64 (random vibration 7,99g , 5-500Hz, 20,1mm displacement)
Shock resistance (Norm) EN 60068-2-27 (shock 51g, 11ms) EN 60068-2-27 (shock 51g, 11ms) EN 60068-2-27 (shock 51g, 11ms)
Operating temperature -20..+85 °C -20..+85 °C -20..+85 °C
Salt spray test DIN EN 60068-2-11 (salt spray mist for 96h at 35°C) DIN EN 60068-2-11 (salt spray mist for 96h at 35°C) DIN EN 60068-2-11 (salt spray mist for 96h at 35°C)
EMC Agricultural and forestry machines (Norm) EN ISO 14982, Load dump Pulse B with Us = 85V, Cranking ISO 16750-2 Level 1-4 EN ISO 14982, Load dump Pulse B with Us = 85V, Cranking ISO 16750-2 Level 1-4 EN ISO 14982, Load dump Pulse B with Us = 85V, Cranking ISO 16750-2 Level 1-4
EMC Earth-moving and building construction machinery (Norm) DIN EN ISO 13766-1, Load dump Pulse B with Us = 85V, Cranking ISO 16750-2 Level 1-4 DIN EN ISO 13766-1, Load dump Pulse B with Us = 85V, Cranking ISO 16750-2 Level 1-4 DIN EN ISO 13766-1, Load dump Pulse B with Us = 85V, Cranking ISO 16750-2 Level 1-4
EMC Industrial trucks (Norm) DIN EN 12895 DIN EN 12895 DIN EN 12895
CE yes yes yes
E1 type approval UN ECE Regulation No. 10 No. 10R06/01 9376 00 UN ECE Regulation No. 10 No. 10R06/01 9376 00 UN ECE Regulation No. 10 No. 10R06/01 9376 00
Downloads
Instruction manual N6/N7 Tilt sensor pdf 3,78 MB
Technical comparison tilt sensors pdf 60,87 KB
E1 Certificate German Kraftfahrt-Bundesamt pdf 539,38 KB
Flyer tilt sensors next generation pdf 751,53 KB

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