Additional Product Information

• Commodity Code
  • 85371091
• Country of origin
  • Germany
• EAN
  • Not available
• LKZ_FDB/ CatalogID
  • PM21
• Obligation Category for taking back electrical and electronic equipment after use
  • No obligation to take back electrical and electronic equipment after use
• Product Group
  • 9668
• Returnable
  • Yes
• RoHS Compliance
  • Since: 07/05/2012
• UPC
  • 40892974935

Delivery Information

• Delivery Time
  • 1 Day/Days
• Export Control Regulations
  • AL : N / ECCN : EAR99APP
• Net Weight (lb)
  • 1,83 lb
• Package size unit of measure
  • in
• Packaging Dimension
  • Not available
• Packaging Quantity
  • 1
• Product Dimensions (W x L x H)
  • Not available
• Quantity Unit
  • 1 Piece

Specifications

• Air pressure maximum [hPa]
  • 1060
• Air pressure minimum [hPa]
  • 620
• Ambient temperature during long-term storage maximum [°C]
  • 55
• Ambient temperature during long-term storage minimum [°C]
  • -25
• Ambient temperature during operation maximum [°C]
  • 55
• Ambient temperature during operation minimum [°C]
  • 0
• Ambient temperature during operation Note
  • Maximum installation altitude 4000 m (13124 ft) above sea level. Above an altitude of 2000 m (6562 ft), the maximum ambient temperature decreases by 7 °C (44.6 °F) per 1000 m (3281 ft).
• Ambient temperature during transport maximum [°C]
  • 70
• Ambient temperature during transport minimum [°C]
  • -40
• Ampacity at digital input/output for digital output signals maximum [mA]
  • 500
• Ampacity at digital output maximum [mA]
  • 500
• Buffer time Note
  • Data buffering is maintenance-free
• Buffer time of the hardware real-time clock minimum [d]
  • 5
• Buffer time of the retentive memory Note
  • unlimited buffer duration
• Bus clock cycle acc. to PROFIBUS minimum [ms]
  • 1
• Certificate of suitability as approval for Australia
  • RCM (formerly C-Tick)
• Certificate of suitability as approval for Canada
  • cULus
• Certificate of suitability as approval for Korea
  • KCC
• Certificate of suitability as approval for USA
  • cULus
• Clock frequency of the onboard position encoder interface maximum [kHz]
  • 500
• Consumed current at digital input for signal <1> typical [mA]
  • 5
• Consumed current at digital input/output for digital input signals for signal <1> typical [mA]
  • 5
• Consumed current from the supply voltage for the onboard position encoder interface at DC at 24 V [A]
  • 0.35
• Consumed current from the supply voltage for the onboard position encoder interface at DC at 5 V [A]
  • 0.35
• Consumed current typical [mA]
  • 800
• Consumed current typical Note
  • with no load on inputs/outputs, no 24 V supply via DRIVE-CLiQ and PROFIBUS interface
• Delay time at signal change at digital input/output for digital output signals with resistive load for signal <0> to <1> maximum [µs]
  • 400
• Delay time at signal change at digital input/output for digital output signals with resistive load for signal <0> to <1> typical [µs]
  • 150
• Delay time at signal change at digital input/output for digital output signals with resistive load for signal <1> to <0> maximum [µs]
  • 100
• Delay time at signal change at digital input/output for digital output signals with resistive load for signal <1> to <0> typical [µs]
  • 75
• Delay time at signal change at digital input/output for digital output signals with resistive load Note
  • Data for Vcc = 24 V; load 48 Ohm; "1" = 90 % VOut, "0" = 10 % VOut
• Delay time at signal change at digital output with resistive load for signal <0> to <1> maximum [µs]
  • 400
• Delay time at signal change at digital output with resistive load for signal <0> to <1> typical [µs]
  • 150
• Delay time at signal change at digital output with resistive load for signal <1> to <0> maximum [µs]
  • 100
• Delay time at signal change at digital output with resistive load for signal <1> to <0> typical [µs]
  • 75
• Delay time at signal change at digital output with resistive load Note
  • Data for Vcc = 24 V; load 48 Ohm; "1" = 90 % VOut, "0" = 10 % VOut
• Depth [mm]
  • 74.4
• Design of the interface of the onboard position encoder interface
  • optional incremental encoder TTL, incremental encoder HTL or absolute encoder SSI without incremental signals TTL/HTL
• Design of the sensor to detect the ambient temperature connectable
  • KTY84-130 or PTC
• Digital resolution at analog input as current input [bit]
  • 11
• Digital resolution at analog input as current input Note
  • =+ sign
• Digital resolution at analog input as voltage input [bit]
  • 12
• Digital resolution at analog input as voltage input Note
  • =+ sign
• Digital resolution of the onboard position encoder interface for absolute-value device SSI [bit]
  • 30
• Equipment marking acc. to DIN EN 81346-2
  • K
• Fan design
  • Integrated
• Galvanic isolation at digital input between the channels and voltage supply of the electronics
  • yes
• Galvanic isolation at digital input/output for digital input signals between the channels and voltage supply of the electronics
  • no
• Galvanic isolation at digital input/output for digital output signals between the channels and voltage supply of the electronics
  • no
• Galvanic isolation at the digital outputs between the channels and voltage supply of the electronics
  • yes
• Height [mm]
  • 186.8
• Input current at analog input as current input maximum [mA]
  • 20
• Input current at analog input as current input minimum [mA]
  • -20
• Input delay time at digital input for signal <0> to <1> typical [µs]
  • 50
• Input delay time at digital input for signal <1> to <0> typical [µs]
  • 150
• Input delay time at digital input/output for digital input signals for signal <0> to <1> typical [µs]
  • 5
• Input delay time at digital input/output for digital input signals for signal <1> to <0> typical [µs]
  • 50
• Input resistance at analog input as current input [Ohm]
  • 250
• Input resistance at analog input as voltage input [kOhm]
  • 100
• Input voltage at analog input as voltage input maximum [V]
  • 10
• Input voltage at analog input as voltage input minimum [V]
  • -10
• Input voltage at digital input at DC Rated value [V]
  • 24
• Input voltage at digital input Full-scale value for signal<0> recognition [V]
  • 5
• Input voltage at digital input Full-scale value for signal<1> recognition [V]
  • 30
• Input voltage at digital input initial value for signal<0>-recognition [V]
  • -3
• Input voltage at digital input initial value for signal<1>-recognition [V]
  • 15
• Input voltage at digital input/output for digital input signals at DC Rated value [V]
  • 24
• Input voltage at digital input/output for digital input signals Full-scale value for signal<0> recognition [V]
  • 5
• Input voltage at digital input/output for digital input signals Full-scale value for signal<1> recognition [V]
  • 30
• Input voltage at digital input/output for digital input signals initial value for signal<0>-recognition [V]
  • -3
• Input voltage at digital input/output for digital input signals initial value for signal<1>-recognition [V]
  • 15
• Inrush current typical [A]
  • 3
• Interpolator clock cycle minimum [ms]
  • 0.5
• Leakage current at digital input/output for digital output signals maximum [mA]
  • 2
• Leakage current at digital output maximum [mA]
  • 2
• Net weight [g]
  • 830
• Net Weight in Kg
  • 0.83
• Number of analog inputs
  • 1
• Number of axes for servo control maximum
  • 1
• Number of axes for U/f control maximum
  • 1
• Number of axes for U/f control maximum Note
  • Alternative control modes; drive control based on SINAMICS S120 CU310-2, firmware version V4.x
• Number of axes for vector control maximum
  • 1
• Number of axes maximum
  • 8
• Number of digital inputs
  • 11
• Number of digital inputs Note
  • of which: 5 DI and 3 F-DI (= 6 DI)
• Number of digital inputs/outputs
  • 8
• Number of digital outputs
  • 1
• Number of interfaces acc. to Industrial Ethernet
  • 1
• Number of interfaces acc. to PROFIBUS
  • 2
• Number of interfaces acc. to PROFIBUS Note
  • Equidistant and isochronous; Can be configured as master or slave
• Number of interfaces acc. to PROFINET
  • 0
• Number of interfaces as DRIVE-CLiQ interface
  • 1
• Output voltage at digital input/output for digital output signals for signal <1> at DC Rated value [V]
  • 24
• Output voltage at digital input/output for digital output signals for signal <1> maximum [V]
  • 28.8
• Output voltage at digital input/output for digital output signals for signal <1> minimum [V]
  • 20.4
• Output voltage at digital output for signal <1> at DC Rated value [V]
  • 24
• Output voltage at digital output for signal <1> maximum [V]
  • 28.8
• Output voltage at digital output for signal <1> minimum [V]
  • 20.4
• Power loss [W] typical [W]
  • 20
• product brand name
  • SIMOTION
• Product function at digital input/output for digital output signals Short circuit protection
  • yes
• Product function at digital output Short circuit protection
  • yes
• Product type designation
  • D410-2 DP
• Protection class IP
  • IP20
• Relative humidity without condensation during operation maximum [%]
  • 95
• Relative humidity without condensation during operation minimum [%]
  • 5
• Reproducibility of the cam function at digital input/output for digital output signals Note
  • typical value
• Reproducibility of the cam function at digital input/output for digital output signals [µs]
  • 125
• Reproducibility of the edge detection at digital input/output for digital input signals as probe input Note
  • typical value
• Reproducibility of the edge detection at digital input/output for digital input signals as probe input [µs]
  • 5
• Servo clock minimum [ms]
  • 0.5
• Servo clock minimum Note
  • 1 ms when using the TO axis and the integrated closed-loop drive control
• Storage capacity of the RAM load memory [Mbyte]
  • 47
• Storage capacity of the RAM [Mbyte]
  • 96
• Storage capacity of the retentive memory [kbyte]
  • 108
• Storage capacity of the user memory as persistent memory [Mbyte]
  • 300
• Storage capacity on RAM for Java applications [Mbyte]
  • 20
• Supply voltage at DC maximum [V]
  • 28.8
• Supply voltage at DC minimum [V]
  • 20.4
• Supply voltage at DC Rated value [V]
  • 24
• Switching frequency at digital input/output for digital output signals with filament lamp load maximum [Hz]
  • 10
• Switching frequency at digital input/output for digital output signals with inductive load maximum [Hz]
  • 0.5
• Switching frequency at digital input/output for digital output signals with resistive load maximum [Hz]
  • 100
• Symbol data transfer rate of the onboard position encoder interface for absolute-value device SSI Full-scale value [kBd]
  • 1000
• Symbol data transfer rate of the onboard position encoder interface for absolute-value device SSI initial value [kBd]
  • 100
• Time resolution at digital input/output for digital input signals as probe input [µs]
  • 1
• Time resolution at digital input/output for digital output signals as cam output Note
  • typical value
• Time resolution at digital input/output for digital output signals as cam output [µs]
  • 125
• Type of electrical connection of the inputs and outputs
  • can be parameterized - as DI - as DO - as probe input (max. 8) - as cam output (max. 8)
• Type of electrical connection of the outputs
  • can be parameterized as F-DO or DO
• Version of the motion control system
  • Single-axis system with multi-axis option
• Width [mm]
  • 73
• Wire length for absolute-value device SSI maximum [m]
  • 100
• Wire length for absolute-value device SSI maximum Note
  • max. cable length depends on the baud rate
• Wire length for HTL incremental encoders for bipolar signal maximum [m]
  • 300
• Wire length for HTL incremental encoders for bipolar signal maximum Note
  • TTL only bipolar signals; for bipolar signals, the signal lines must be twisted in pairs and shielded
• Wire length for HTL incremental encoders for unipolar signal maximum [m]
  • 100
• Wire length for TTL incremental encoders maximum [m]
  • 100