Part Number:

ECPNC3-0

Manufacturer: B & R Automation
Series: ECP Multi Control Series
  • Rated 4.4 (28 total ratings)
  • Straightforward Pricing: No Rush Fees, No Credit Card Fees
    In-Stock, Ships 3-5 Days
  • Call for Expedited Shipping and Product Condition Options
Free Ground Shipping
Worldwide Delivery
Repair Options Available

The ECPNC3-0 PNC3 Counter Module operates with an Input Voltage Nominal of 24 VDC, an Input Current Typical of 10 mA, and an Encoder Supply Voltage of 24 VDC. Part of the ECP Series manufactured by B & R Automation, it allows a Max Counting Frequency of 200 kHz and is compatible with MULTICONTROL, MIDICONTROL, and M264.

Part Number:

ECPNC3-0

Manufacturer: B & R Automation
Series: ECP Multi Control Series
  • Rated 4.4 (28 total ratings)
  • Straightforward Pricing: No Rush Fees, No Credit Card Fees
    In-Stock, Ships 3-5 Days
  • Call for Expedited Shipping and Product Condition Options
Free Ground Shipping
Worldwide Delivery
Repair Options Available

The ECPNC3-0 PNC3 Counter Module operates with an Input Voltage Nominal of 24 VDC, an Input Current Typical of 10 mA, and an Encoder Supply Voltage of 24 VDC. Part of the ECP Series manufactured by B & R Automation, it allows a Max Counting Frequency of 200 kHz and is compatible with MULTICONTROL, MIDICONTROL, and M264.

Preparing your secure checkout page...

Warranty
1-year-warranty Wake Industrial Warranty
Shipping
DHL Logo FedEx Logo
UPS Logo Freight Logo
DHL Logo FedEx Logo UPS Logo Freight Logo
Payment
Visa Logo AmEx Logo
Mastercard Logo Wire transfer Logo
Visa Logo AmEx Logo Mastercard Logo Wire transfer Logo
To Speak to a sales representative for pricing and lead time:

Product Description

The ECPNC3-0 counter module from B&R Automation's ECP Series is a reliable and versatile component suitable for a range of counting tasks. This module can work with a standard input voltage of 24VDC and the input voltage for this module should range between 18VDC to 30VDC only.

It has a typical input current of 10mA; this shows how power-conscious this device is. Due to its efficiency, it can supply power to encoders. It has an encoder supply voltage of 24 VDC and a current of 250 mA, to guarantee the proper functioning of the encoder even when it is located 50 meters away from it. This feature is critical since many automated environments are complex and the performance needs to be standardized. There is clear evidence of the flexibility and versatility of the module in handling high frequencies. It can manage an input frequency as high as 50 kHz, with counting frequencies that vary based on the mode of operation: Single counting frequency is 50 kHz, double counting frequency is 100 kHz, and quadrature counting frequency is 200 kHz. This module is ideal for use in various industrial applications that demand accurate counting and motion control. The ECPNC3-0 guarantees that the phase difference between the channels is retained at 90 degrees ~30 degrees , which is important for demultiplexing the input signals. This module also provides that reference pulse width must be more than 50 microseconds to improve counting accuracy. It has a counting capacity limited to 24-bit binary, which is quite useful in processing and manipulating data within advanced control systems.

With an analog output voltage of ~10 V, the module can easily connect with other control system elements and manage the exchange of information and control signals between devices. The ECPNC3-0 counter module from B&R Automation perfectly represents a highly efficient, accurate, and flexible solution that can be of great use in various industrial applications where precision and reliability are paramount. The product is available at Wake Industrial with a one-year warranty period.

ECPNC3-0 Technical Specifications

Type: PNC3 Counter Module
Counting Frequency Max Double: 100 kHz
Counting Frequency Max Quad: 200 kHz
Phase Shift Between Channels: 90 degrees ~30 degrees
Reference Pulse Duration Min: > 50 us
Counting Range: 24 Bit binary
Analog Output Voltage: ~10 V
Input Voltage Nominal: 24 VDC
Input Voltage Min Max: 18 VDC / 30 VDC
Input Current Typical: 10 mA
Encoder Supply Voltage: 24 VDC
Encoder Supply Current: 250 mA
Max Distance To Encoder: 50 m
Input Frequency Max: 50 kHz
Counting Frequency Max Single: 50 kHz

Frequently Asked Questions about ECPNC3-0


Q: What is the maximum distance from which the ECPNC3-0 can effectively power encoders?

A: The ECPNC3-0 can effectively power encoders up to 50 meters away, ensuring stable and reliable performance across large automated environments.

Q: Can the ECPNC3-0 handle different counting frequencies?

A: Yes, the ECPNC3-0 is capable of handling various counting frequencies: 50 kHz in single counting mode, 100 kHz in double counting mode, and 200 kHz in quadrature counting mode.

Q: What is the maximum input frequency the ECPNC3-0 module can manage?

A: The ECPNC3-0 module can manage an input frequency as high as 50 kHz, suitable for various industrial applications requiring high-speed counting.

Q: What are the voltage requirements for the ECPNC3-0 module?

A: The ECPNC3-0 requires a standard input voltage of 24VDC, with an allowable range of 18VDC to 30VDC, making it adaptable to different power supplies in industrial settings.

Q: What are the benefits of the 90 degrees ~30 degrees phase difference retention in the ECPNC3-0 module?

A: The 90 degrees ~30 degrees phase difference retention is crucial for accurately demultiplexing input signals, ensuring precise motion control and reliable data processing in automated systems.

Internal Product Review

  • ‘‘The ECPNC3-0 counter module from B&R Automation is an exceptional choice for complex industrial environments where accurate and high-frequency counting is critical. Its ability to handle input voltages from 18VDC to 30VDC and low input current of 10mA makes it an energy-efficient solution for demanding applications. This module's design and functionality are well-suited for precision tasks in automation and manufacturing.’’

Motion Industries logo
3M logo
IBM logo
Gexpro Logo
Caterpillar logo
NASA logo
Ford logo
Vallen logo