Product Description:

The Siemens QLCAMAAN (S30810-Q2191-C400) is an advanced analog subscriber line card designed for integration into the HiPath 4000 and OpenScape 4000 communication systems. This Line Circuit Module facilitates the connection of traditional analog devices, such as telephones, fax machines, and modems, to the digital PABX network, ensuring seamless communication between legacy analog devices and modern unified communication platforms.

With a high-density design, the QLCAMAAN enables the connection of up to 24 analog channels on a single card, making it ideal for environments requiring a large number of analog connections, such as hospitality, hospitals, and large campus systems. It provides all the required BORSCHT functions (Battery, Overvoltage protection, Ringing, Supervision, Coding, Hybrid, and Testing) for proper analog communication handling.

Key Features:

1. High-Density Analog Ports:
   The QLCAMAAN card accommodates 24 analog channels per card, allowing enterprises to scale their analog extension requirements effectively. This makes it particularly useful for industries such as hotels, hospitals, and large corporate campuses where many analog devices need to be connected to a modern communication network.

2. Signal Protection and Quality Assurance:
   Each analog channel is equipped with overvoltage and overcurrent protection, safeguarding the central equipment from electrical surges that might occur on external or internal copper lines. This protection ensures that the network remains stable and safe from fluctuations in signal quality.

3. Advanced Diagnostic Features:
   The QLCAMAAN supports remote line testing, allowing administrators to carry out loop-back tests and line quality checks using the Siemens Assistant or Expert Access management software. This eliminates the need for technicians to manually visit physical phone locations for troubleshooting.

4. Global Compatibility:
   This card is designed to support different telecommunications standards worldwide. Through flexible impedance settings and software configuration, the QLCAMAAN can be adapted for use in various regions, ensuring compliance with both European (ETSI) and North American standards.

5. Hot-Pluggable Installation:
   The QLCAMAAN module is hot-pluggable, which means it can be added or removed from the system without shutting down the network, minimizing downtime during maintenance. It is installed into the AP 3700 or IPDA peripheral shelves of the HiPath 4000 system for easy integration.

Technical Specifications:

Installation & Hardware Requirements:

• Backplane Connection: Connects to the HiPath 4000 system via a SIVAPAC connector.

• Front Termination: Typically interfaces with a SIPAC or MDF (Main Distribution Frame) via high-density cabling (Cinch or Champ connectors).

• Firmware Updates: The firmware is automatically updated by the central processor (CP) upon installation to ensure compatibility with the latest system software.

Applications:

The QLCAMAAN module is ideal for businesses and institutions that require the integration of analog devices into a modern Siemens/Unify communication network. It is widely used in sectors such as:

• Hospitality (Hotels, Resorts)

• Healthcare (Hospitals, Clinics)

• Educational Institutions (Large campuses)

• Manufacturing and Industrial Environments (Where analog systems are still in operation)

Frequently Asked Questions (FAQ):

Q: What is the primary purpose of the QLCAMAAN card?
A: The QLCAMAAN provides a bridge between analog devices (such as telephones, fax machines, and modems) and a digital Siemens communication system, allowing analog devices to operate within a modern HiPath 4000 or OpenScape 4000 network.

Q: Can the QLCAMAAN be installed without shutting down the system?
A: Yes, the QLCAMAAN is a hot-pluggable module, which means it can be added or removed without disrupting system operations.

Q: Does the QLCAMAAN support global telecommunications standards?
A: Yes, the module can be configured for different countries' telecommunications standards through software, including European ETSI and North American standards.