IFN VIB-ACC

Заказные данные
(1)

The IFN VIB-ACC (vibration acceleration) is a robust interface node for SIPLUS CSM4000:

For provision of measured data for further processing in combination with the CMS X‑Tools software (must be ordered separately, see "Analysis Software" → "CMS X‑Tools")
For recording mechanical vibrations in the frequency range from 0.1 Hz to 40 kHz
For high-accuracy, continuous monitoring in harsh environments

Область применения

The IFN VIB-ACC is a rugged interface node for SIPLUS CMS4000, designed for detecting mechanical vibrations in the frequency range from 0.1 Hz to 40 kHz.

The IFN VIB-ACC is used for high-accuracy continuous monitoring in harsh environments.

Дизайн

The IFN VIB-ACC has at its front:

LEDs for status display
Six connections for IEPE sensors
Three connections for IEEE1394
One connection for power supply

Connection to the higher-level evaluation PC is via an IEEE1394 bus system operating at 400 Mbit/s.

The module can be mounted on an IEC rail or attached using a mounting set (mounting set see "Accessories" → "Cables and mounting parts").

Функции

With the IFN VIB-ACC it is possible to record

max. six IEPE sensor signals or
five IEPE sensor signals and one analog input signal (e.g. for speed).

The maximum sampling frequency is 192 kHz per channel.

Чертеж

Особенности

Thanks to the rugged design and IP67 degree of protection, the IFN VIB-ACC is suitable for use in rough industrial environments.
The compact design of the IFN VIB-ACC allows its operation in confined areas.
The simple handling of the IFN VIB-ACC ensures fast commissioning and maintenance.

Технические данные

Order number		6AT8000-1BB00-4XA0
		SIPLUS CMS4000 Interface Node VIB-A
General information
Product brand name		SIPLUS
Product designation		IFN VIB-ACC
Product description		Six IEPE sensor signals or five IEPE sensor signals and one analog input signal (e.g. for speed) are measured with the IFN VIB-A.
Installation type/mounting
Mounting type		standard rail
Mounting accessories		Mounting bracket, can be ordered as option
Required clearance
● for side-by-side mounting at the top		25 mm
● for side-by-side mounting at the front		80 mm
● for side-by-side mounting at the back		25 mm
Supply voltage
Type of power supply		stabilized
Supply voltage (DC)		24 V
permissible range, lower limit (DC)		19.2 V
permissible range, upper limit (DC)		32 V
Reverse polarity protection		Yes
Overvoltage protection		max. 35 V
Input current
from external supply (24 V DC), max.		0.2 A
Power
Active power input, max.		4.8 W
Analog inputs
Number of analog inputs		1
Designation of the analog input		CH6
Measured variable		Voltage
Connector type		Connector plug 5-pole (M12)
Electrical input frequency, min.		0 Hz
Electrical input frequency, max.		1 kHz
Overvoltage strength, min.		-60 V
Overvoltage strength, max.		60 V
Short-circuit detection		No
Input ranges (rated values), voltages
● At DC, min.		-30 V
Input ranges (rated values), currents
● with DC		0.012 mA
Analog value generation for the inputs
Parameterizable down sampling frequencies		4 / 8 / 16 / 24 / 48 / 64 / 96 kHz
Sampling frequency, max.		192 kHz
Integration and conversion time/resolution per channel
● Resolution with override range (bit including sign)		16 bit
Sensor input
Number of sensor inputs		6
Designation of the sensor inputs		CH1 ... CH6
Design of the sensor		IEPE
Overvoltage strength, min.		-60 V
Overvoltage strength, max.		60 V
Short-circuit detection		Yes
Encoder signals, IEPE
● Electrical input frequency, min.		0.1 Hz
● Electrical input frequency, max.		40 kHz
● Parameterizable down sampling frequencies		0.014 / 0,33 / 4 / 8 / 16 / 24 / 48 / 64 / 96 kHz
● Resolution with override range (bit including sign)		16 bit
Errors/accuracies
Relative measuring accuracy for analog input signals, min.		-1 %
Relative measuring accuracy for analog input signals, max.		1 %
Relative measuring accuracy for IEPE signals, min.		-0.7 %
Relative measuring accuracy for IEPE signals, max.		0.7 %
Crosstalk attenuation between analog input signals at 1 kHz		-78 dB
Crosstalk attenuation between sensor channels CH 1 and CH 2 at 1 kHz		-69 dB
Crosstalk attenuation between sensor channels CH 3 ... CH 6 at 1 kHz		-73 dB
Signal-to-noise ratio for analog input signals		-69 dB
Signal-to-noise ratio between sensor channels CH 1 and CH 2 for IEPE signals		-57 dB
Signal-to-noise ratio between sensor channels CH 3 ... CH 6 for IEPE signals		-70 dB
Interfaces
Number of interfaces		3
Transmission rate		400 Mbit/s
Protocols
Protocol		IEEE 1394a/b
Potential separation
Potential separation analog inputs
● Potential separation analog inputs		No
Galvanic isolation at sensor input
● Galvanic isolation at sensor input		No
Degree and class of protection
IP degree of protection		IP67
Standards, approvals, certificates
Certificate of suitability		CE
Ambient conditions
Ambient temperature during operation
● min.		-40 °C
● max.		65 °C
Ambient temperature during storage/transportation
● Storage, min.		-40 °C
● Storage, max.		85 °C
● Transportation, min.		-40 °C
● Transportation, max.		85 °C
Connection method
Design of electrical connection for the PE conductor		M4 screw with contact washer
● Connectable conductor cross-section for PE terminal		2.5 mm²
Design of plug-in connection		Connector plug 8-pole (M12)
Design of the pin assignment of the inputs		Male connector 5-pole (M12)
Mechanics/material
Material of housing		aluminum
Dimensions
Width		86 mm
Height		210 mm
Depth		87 mm
Width when mounted on DIN rail		86 mm
Height when mounted on DIN rail		210 mm
Depth when mounted on DIN rail		96 mm
Weights
Weight (without packaging)		1.24 kg

Дальнейшая информация

For further product details, refer to the "IFN VIB-ACC" Operating Instructions, http://support.automation.siemens.com/WW/view/en/40836288.