INFOPRINT COLOUR 1767

Item

Specifications

 

 

Printer specifications

 

Maximum Print Speed1

As fast as 40 ppm1 colour or 45 ppm1 monochrome A4

 

As fast as 20 ppm1 colour or 23 ppm1 monochrome A3

First page out time1

As fast as 5 seconds black or 9 seconds colour

Processor

1.25 GHz Freestyle

Maximum monthly usage2

Up to 200,000 pages

Print resolution3

2400 IQ (Image Quality)

Model

4960-dn1, 4960-dn2

 

(not all models are available in all countries)

Memory (std/max)

512 MB/1,024 MB

Hard drive

Optional 40+ GB

Memory slots

2 DIMM slots (one open); 1 firmware card (application solution) and 1 flash memory card are supported

 

1 open internal solution ISP (INA) slot

 

 

Input and Output Configurations

 

Sources and Capacities

4960-dn1 and dn2

 

 

Input sources

 

Number of standard sources

3

Optional input sources

0

Maximum number of input sources

3

 

 

Input Capacities (sheets)

 

 

 

Standard

 

Primary tray

520

1 Tray with Cabinet

520

Multipurpose tray

100

Total standard capacity

1,140

 

 

Output Destinations

 

Number (standard)

1

Maximum number(A)

3

 

 

Output Capacities (sheets)

 

Standard Output Bin without

400 (200 sheets if printing offset)

Finisher

 

Standard Output Bin with Finisher

500(A,B)

Optional

 

Standard Finisher Bin 1

3,000(C)

Booklet Finisher Bin 1

1,500(C)

Booklet Finisher Bin 2

Up to 18 booklets with up to 15 pages per booklet

 

 

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IBM 1767 Specifications, Printer specifications, Input and Output Configurations, 4960-dn1 and dn2, Input sources, Optional

1767 specifications

The IBM 1767, often recognized as a pivotal innovation in the realm of industrial automation and control systems, is a versatile programmable logic controller (PLC) designed to improve operational efficiency in manufacturing and processing industries. Launched as part of IBM's vast portfolio of automation solutions, the 1767 series stands out due to its modular design, robust performance, and seamless integration capabilities.

One of the most notable features of the IBM 1767 is its modular architecture, which allows for the easy addition of various I/O modules tailored to specific application needs. This flexibility enables users to customize their control systems with a wide range of digital and analog input/output options. The modularity also facilitates straightforward system expansion, allowing businesses to adapt to changing operational requirements without the need for substantial new infrastructure.

Another important characteristic of the IBM 1767 is its communication capabilities. The PLC supports multiple communication protocols, including Ethernet/IP, Modbus, and DF1, enabling it to effectively interface with diverse industrial devices and systems. This multi-protocol support empowers organizations to integrate the 1767 into existing network architectures seamlessly, fostering improved interoperability across various platforms and devices.

In terms of processing power, the IBM 1767 is equipped with a powerful CPU that ensures fast execution of logic operations, making it suitable for real-time control applications. The CPU architecture allows for parallel processing, enhancing the efficiency of handling complex tasks such as motion control, sequential control, and high-speed counting.

The 1767 series also emphasizes user accessibility and programming ease through its support for multiple programming languages, including ladder logic, structured text, and function block diagrams. This flexibility appeals to a wide range of users, from engineers familiar with traditional programming methods to those preferring graphical interfaces for intuitive control logic development.

Safety is a critical aspect of the IBM 1767's design, featuring advanced diagnostics and troubleshooting capabilities that manage both hardware and software faults. Built-in redundancy options ensure high availability, which is essential for industries where downtime can lead to significant losses.

In summary, the IBM 1767 PLC represents a comprehensive solution for industrial automation, combining modularity, robust communication options, powerful processing capabilities, and user-friendly programming. Its design is poised to meet the evolving demands of modern manufacturing environments, providing businesses with the tools they need to enhance productivity and operational reliability.