Installation, Power | Gianni Industries 981-10, P-MU-982-10 specification

added to memory. Once all the required tags have been presented, read the Master Tag to return to the RUN state.

Delete Tags

To remove a tag from the system, that tag must be available or the Tag Simulator must be used. If these are not available, the system memory must be cleared and all valid tags re-added.

To select this function:

Read the Master Tag twice with a time between reads of less than 2 seconds. →The RED lamp will light. → Wait for the RED lamp to start flashing.

The Easiprox is now in the DELETE state. In this state every tag that is presented to the reader will be deleted from the system memory. (Tags can now also be deleted by using the optional Tag Simulator.) Once the tag or a group of tags have been deleted, read the Master Tag to return to the RUN state.

Clear Memory

To delete all the tags from the memory including the Master Tag and Strike time, place the unit in the CLEAR MEMORY state.

Read the Master Tag three times with a time between reads of less than 2 seconds. → The YELLOW and RED lamps will light. → Wait for the YELLOW and RED lamps to start flashing.

The Easiprox is now in the CLEAR MEMORY state. Now present any tag except the Master Tag to the reader and all memory will be cleared. Alternatively, read the Master Tag to abort this function. Once the memory is cleared the YELLOW and GREEN lamps will flash to indicate that the memory is empty.

Time Adjust

This function sets the relay operating time for a push-button input and a valid card read. To select this function:

Read the Master Tag 4 times with a time between reads of less than 2 seconds. → All the lamps will go off. → Wait for the YELLOW lamp to start flashing.

The Easiprox is now in the TIME ADJUST state and each flash of the YELLOW lamp equates to 1 second of relay operation time. Once the desired time is reached (max 60 seconds), read the Master Tag to store the time and return to the Run state. If TOGGLE mode is required simply allow the YELLOW lamp to flash until it stops automatically (after 61 flashes). The unit will now be in TOGGLE mode.

INSTALLATION

POWER

Connect 8-12V AC or 10-14V DC to the 12V AC/DC terminals on the controller. The polarity of the connection is not important.

ELECTRIFIED DOOR LOCK

The unit provides a relay output rated at 24 VDC at 3A . The following contacts, that are isolated from the rest of the board, are provided; normally open (NO) contact, normally closed (NC) contact and a common (COM). Typical connections to a door strike are shown on the drawing.

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P-MU-982-10 Ver. A Publish:2004.05.01	Page: 2/ 4

982-10, P-MU-982-10, 981-10 specifications

Gianni Industries has made a significant mark in the manufacturing sector with its range of innovative products, notably the P-MU-982-10, 982-10, and 981-10. These models are indicative of the company's commitment to quality, functionality, and advanced technology.

The P-MU-982-10 is a multifaceted unit designed for versatility in various applications. One of its standout features is its robust build quality, ensuring longevity and reliability across different environments. It is equipped with state-of-the-art sensors that enhance its operational capabilities, enabling users to monitor and manage their tasks efficiently. The model also supports seamless connectivity options, allowing integration with modern automation systems, thus making it an ideal choice for smart manufacturing processes.

Next in line is the 982-10 model, which emphasizes user-friendliness and performance. This unit boasts an intuitive interface that makes it accessible even for those with minimal technical expertise. With an emphasis on ergonomics, the design focuses on minimizing operator fatigue while boosting productivity. Its advanced processing technology enables real-time analytics, providing insights that can lead to improved decision-making and resource management.

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Across all three models, Gianni Industries integrates advanced safety protocols to protect operators and equipment alike. The inclusion of fail-safes and regular system checks ensures that these units continue to perform optimally under various conditions.

In conclusion, the P-MU-982-10, 982-10, and 981-10 from Gianni Industries are excellent representations of modern engineering, blending innovative technology with practical design. Their features significantly contribute to enhancing production efficiency, safety, and sustainability in the manufacturing sector, making them valuable assets for any industrial operation. Investing in these models not only streamlines processes but also aligns with future-oriented manufacturing goals.