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IPCP Pro PCS1 xi

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IPCP Pro PCS1 xi

Processore di controllo dispositivi e alimentazione IPCP Pro xi

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Processore Single Core aggiornato e spazio di memoria doppio con 1 GB di RAM e 8 GB di memoria Flash
Supporta i touchpanel TouchLink Pro, i dispositivi eBUS^®, i pannelli NBP e i interfacce di espansione IPL EXP
Supporta i protocolli di comunicazione sicuri standard del settore
Supporta LinkLicense^®
Sensore di corrente intelligente con notifica tramite allarme
Lo stato della presa è mantenuto durante le interruzioni di corrente
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IPCP Pro PCS1 xi di Extron è un processore di controllo versatile dalle prestazioni elevate che offre controllo di dispositivi e alimentazione AC. Garantisce prestazioni migliorate grazie a maggiori capacità di elaborazione e uno spazio di memoria doppio rispetto alla nostra serie IP Link Pro precedente. Questo processore di controllo esclusivo offre porte di controllo AV di vario tipo e la possibilità di fornire e gestire l'alimentazione dei dispositivi. IPCP Pro PCS1 xi è dotato di connettori IEC e garantisce compatibilità con standard internazionali di alimentazione grazie alla potenza nominale di 100-240 V AC, 50/60 Hz. IPCP Pro PCS1 xi è caratterizzato da un formato compatto, standard avanzati di sicurezza e Gigabit Ethernet, che garantisce compatibilità con numerosi touchpanel TouchLink^® Pro e pannelli della serie NBP su un'infrastruttura di rete standard. IPCP Pro PCS1 xi è una scelta ideale per il controllo di numerosi dispositivi, tipi di segnali di controllo e dell'alimentazione fornita ai dispositivi in un sistema AV.

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IPCP Pro PCS1 xi

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IPCP Pro PCS1 xi

Provide an Ethernet-enabled control processor for the purpose of remotely controlling, monitoring and troubleshooting connected AV equipment and AV systems.
1. Ethernet-enabled control processor
  1. Provide one IEC-320-C14 male power connector on a six-inch cable directly hardwired to the back of the processor that supports 100-240 VAC, 10 Amps, 50/60 Hz power that serves as an input as well as provides power to the control processor via an internal universal AC power supply.
  2. Provide one IEC-320-C13 female power connector on a six-inch cable directly hardwired to the back of the processor that supports 100-240 VAC, 10 Amps, 50/60 Hz power that is designated as an output that can be used to remotely control and monitor both the power status and power consumption of an AV system component.
  3. Provide one RS-232 port on a captive screw connector located on the back of the processor that can be used for unidirectional or bidirectional control of an AV system component.
  4. Provide three digital I/O’s on captive screw connectors that can be used to interface with devices such as sensors, switches, LEDs and relays.
  5. Provide one IR/Serial port on a captive screw connector located on the back of the processor. This port shall allow the transmission of IR signals (using an IR emitter) or unidirectional RS-232 communications for control of AV system components.
  6. Provide one eBUS® port on a 4-pole captive screw connector located on the back of the control processor for connecting to eBUS devices.
  7. Provide one female RJ-45 jack located on the back of the enclosure that supports 10/100/1000Base-T, half/full duplex with auto-detect for connection to a LAN or WAN and includes link and activity LED indicators located on the left and right of the jack for troubleshooting network issues.
  8. Provide a multi-function button located on the front of the control processor that allows for the reset of the device or its communication properties at minimum.
  9. Provide a single power button located on the front of the control processor that can be used to toggle the output power on and off.
    1. Power button can be disabled via a Front Panel Lockout feature that can be activated in the software.
  10. Provide a 10-amp circuit breaker located on the front of the control processor allowing for over-current protection for remotely controlled connected devices.
  11. Provide front panel LED activity indicators for device power status, output power status, eBUS status, RS-232 status, digital I/O status, IR/S status, and network status.
  12. Provide an internal real-time clock with backup battery that is used to keep track of the date and time.
  13. Device shall support the following protocols: ICMP (ping), IEEE 802.1X, IPv4, TCP, UDP, DHCP, DNS, HTTP, HTTPS, NTP, SFTP, SMTP, SNMP, SSH.
  14. Device shall support a web-based AV resource management application that provides a means to manage, monitor, and control AV equipment.
  15. Device shall have at least 8 GB of nonvolatile memory.
  16. Device shall support the addition of an Extron LinkLicense®.
2. Mounting requirements
  1. Device shall be housed in a 1 RU, quarter rack width metal enclosure.
  2. Device shall be able to be rack mounted using an optional rack shelf.
  3. Device shall be able to be installed under a table, desk, or other flat surface using an optional mounting kit.
  4. Device shall be mountable on a projector mounting pole using an optional mounting kit.
3. Software requirements
  1. The device may only be configured or programmed using Extron’s Global Configurator Plus or Professional, or Global Scripter respectively.
  2. Device drivers and modules can be obtained through Extron support resources and database.
  3. Shall be configured or programmed by an Extron authorized user.
  4. The device's configuration and settings shall be managed using Extron's Toolbelt software.
4. Security Requirements
  1. Device shall support SFTP and SSH for secure communication between the control processor and a TouchLink Pro touchpanel or Network Button Panel.
  2. Device shall support HTTPS and SSH for secure communication between the control processor and Extron Control App.
  3. Device shall support HTTPS for secure communication between the control processor and Extron Control for Web.
  4. Device shall support SSH for secure communication between the control processor and controlled device for configured and programmed systems.
  5. Device shall support SFTP and SSH for secure communication between the control processor and the configuration or programming software.
  6. Device shall provide the option to modify administrator and user credentials.
  7. Device shall support security updates to maintain network health.
  8. Device shall require that a Secure Socket Layer (SSL) Certificate is installed to maintain system confidentiality and data integrity.
  9. Device shall support the installation of an owner furnished certificate with the following properties:
    1. Certificates shall include x.509 support
    2. Certificates shall include public / private key exchange
    3. Certificates shall support PEM encoding
  10. Extron shall furnish documentation that describes all supported network ports and services.
5. Shall meet regulatory compliances:
  1. CE
  2. c-UL
  3. UL
  4. C-Tick
  5. FCC Class A
  6. ICES
  7. KCC
  8. VCCI
  9. RoHS
  10. WEEE
6. Product Warranty
  1. Shall provide at least 3 years parts and labor.
7. Approved device shall be the Extron IPCP Pro PCS1 xi, part number 60-1910-01; no alternates or equals.

IPCP Pro PCS1 xi

Provide an Ethernet-enabled control processor for the purpose of remotely controlling, monitoring and troubleshooting connected AV equipment and AV systems.
1. Ethernet-enabled control processor
  1. Provide one IEC-320-C14 male power connector on a six-inch cable directly hardwired to the back of the processor that supports 100-240 VAC, 10 Amps, 50/60 Hz power that serves as an input as well as provides power to the control processor via an internal universal AC power supply.
  2. Provide one IEC-320-C13 female power connector on a six-inch cable directly hardwired to the back of the processor that supports 100-240 VAC, 10 Amps, 50/60 Hz power that is designated as an output that can be used to remotely control and monitor both the power status and power consumption of an AV system component.
  3. Provide one RS-232 port on a captive screw connector located on the back of the processor that can be used for unidirectional or bidirectional control of an AV system component.
  4. Provide three digital I/O’s on captive screw connectors that can be used to interface with devices such as sensors, switches, LEDs and relays.
  5. Provide one IR/Serial port on a captive screw connector located on the back of the processor. This port shall allow the transmission of IR signals (using an IR emitter) or unidirectional RS-232 communications for control of AV system components.
  6. Provide one eBUS® port on a 4-pole captive screw connector located on the back of the control processor for connecting to eBUS devices.
  7. Provide one female RJ-45 jack located on the back of the enclosure that supports 10/100/1000Base-T, half/full duplex with auto-detect for connection to a LAN or WAN and includes link and activity LED indicators located on the left and right of the jack for troubleshooting network issues.
  8. Provide a multi-function button located on the front of the control processor that allows for the reset of the device or its communication properties at minimum.
  9. Provide a single power button located on the front of the control processor that can be used to toggle the output power on and off.
    1. Power button can be disabled via a Front Panel Lockout feature that can be activated in the software.
  10. Provide a 10-amp circuit breaker located on the front of the control processor allowing for over-current protection for remotely controlled connected devices.
  11. Provide front panel LED activity indicators for device power status, output power status, eBUS status, RS-232 status, digital I/O status, IR/S status, and network status.
  12. Provide an internal real-time clock with backup battery that is used to keep track of the date and time.
  13. Device shall support the following protocols: ICMP (ping), IEEE 802.1X, IPv4, TCP, UDP, DHCP, DNS, HTTP, HTTPS, NTP, SFTP, SMTP, SNMP, SSH.
  14. Device shall support a web-based AV resource management application that provides a means to manage, monitor, and control AV equipment.
  15. Device shall have at least 8 GB of nonvolatile memory.
  16. Device shall support the addition of an Extron LinkLicense®.
2. Mounting requirements
  1. Device shall be housed in a 1 RU, quarter rack width metal enclosure.
  2. Device shall be able to be rack mounted using an optional rack shelf.
  3. Device shall be able to be installed under a table, desk, or other flat surface using an optional mounting kit.
  4. Device shall be mountable on a projector mounting pole using an optional mounting kit.
3. Software requirements
  1. The device may only be configured or programmed using Extron’s Global Configurator Plus or Professional, or Global Scripter respectively.
  2. Device drivers and modules can be obtained through Extron support resources and database.
  3. Shall be configured or programmed by an Extron authorized user.
  4. The device's configuration and settings shall be managed using Extron's Toolbelt software.
4. Security Requirements
  1. Device shall support SFTP and SSH for secure communication between the control processor and a TouchLink Pro touchpanel or Network Button Panel.
  2. Device shall support HTTPS and SSH for secure communication between the control processor and Extron Control App.
  3. Device shall support HTTPS for secure communication between the control processor and Extron Control for Web.
  4. Device shall support SSH for secure communication between the control processor and controlled device for configured and programmed systems.
  5. Device shall support SFTP and SSH for secure communication between the control processor and the configuration or programming software.
  6. Device shall provide the option to modify administrator and user credentials.
  7. Device shall support security updates to maintain network health.
  8. Device shall require that a Secure Socket Layer (SSL) Certificate is installed to maintain system confidentiality and data integrity.
  9. Device shall support the installation of an owner furnished certificate with the following properties:
    1. Certificates shall include x.509 support
    2. Certificates shall include public / private key exchange
    3. Certificates shall support PEM encoding
  10. Extron shall furnish documentation that describes all supported network ports and services.
5. Shall meet regulatory compliances:
  1. CE
  2. c-UL
  3. UL
  4. C-Tick
  5. FCC Class A
  6. ICES
  7. KCC
  8. VCCI
  9. RoHS
  10. WEEE
6. Product Warranty
  1. Shall provide at least 3 years parts and labor.
7. Approved device shall be the Extron IPCP Pro PCS1 xi, part number 60-1910-01; no alternates or equals.

IPCP Pro PCS1 xi

Provide an Ethernet-enabled control processor for the purpose of remotely controlling, monitoring and troubleshooting connected AV equipment and AV systems.
1. Ethernet-enabled control processor
  1. Provide one IEC-320-C14 male power connector on a six-inch cable directly hardwired to the back of the processor that supports 100-240 VAC, 10 Amps, 50/60 Hz power that serves as an input as well as provides power to the control processor via an internal universal AC power supply.
  2. Provide one IEC-320-C13 female power connector on a six-inch cable directly hardwired to the back of the processor that supports 100-240 VAC, 10 Amps, 50/60 Hz power that is designated as an output that can be used to remotely control and monitor both the power status and power consumption of an AV system component.
  3. Provide one RS-232 port on a captive screw connector located on the back of the processor that can be used for unidirectional or bidirectional control of an AV system component.
  4. Provide three digital I/O’s on captive screw connectors that can be used to interface with devices such as sensors, switches, LEDs and relays.
  5. Provide one IR/Serial port on a captive screw connector located on the back of the processor. This port shall allow the transmission of IR signals (using an IR emitter) or unidirectional RS-232 communications for control of AV system components.
  6. Provide one eBUS® port on a 4-pole captive screw connector located on the back of the control processor for connecting to eBUS devices.
  7. Provide one female RJ-45 jack located on the back of the enclosure that supports 10/100/1000Base-T, half/full duplex with auto-detect for connection to a LAN or WAN and includes link and activity LED indicators located on the left and right of the jack for troubleshooting network issues.
  8. Provide a multi-function button located on the front of the control processor that allows for the reset of the device or its communication properties at minimum.
  9. Provide a single power button located on the front of the control processor that can be used to toggle the output power on and off.
    1. Power button can be disabled via a Front Panel Lockout feature that can be activated in the software.
  10. Provide a 10-amp circuit breaker located on the front of the control processor allowing for over-current protection for remotely controlled connected devices.
  11. Provide front panel LED activity indicators for device power status, output power status, eBUS status, RS-232 status, digital I/O status, IR/S status, and network status.
  12. Provide an internal real-time clock with backup battery that is used to keep track of the date and time.
  13. Device shall support the following protocols: ICMP (ping), IEEE 802.1X, IPv4, TCP, UDP, DHCP, DNS, HTTP, HTTPS, NTP, SFTP, SMTP, SNMP, SSH.
  14. Device shall support a web-based AV resource management application that provides a means to manage, monitor, and control AV equipment.
  15. Device shall have at least 8 GB of nonvolatile memory.
  16. Device shall include an Extron LinkLicense® for User Interfaces.
2. Mounting requirements
  1. Device shall be housed in a 1 RU, quarter rack width metal enclosure.
  2. Device shall be able to be rack mounted using an optional rack shelf.
  3. Device shall be able to be installed under a table, desk, or other flat surface using an optional mounting kit.
  4. Device shall be mountable on a projector mounting pole using an optional mounting kit.
3. Software requirements
  1. The device may only be configured or programmed using Extron’s Global Configurator Plus or Professional, or Global Scripter respectively.
  2. Device drivers and modules can be obtained through Extron support resources and database.
  3. Shall be configured or programmed by an Extron authorized user.
  4. The device's configuration and settings shall be managed using Extron's Toolbelt software.
4. Security Requirements
  1. Device shall support SFTP and SSH for secure communication between the control processor and a TouchLink Pro touchpanel or Network Button Panel.
  2. Device shall support HTTPS and SSH for secure communication between the control processor and Extron Control App.
  3. Device shall support HTTPS for secure communication between the control processor and Extron Control for Web.
  4. Device shall support SSH for secure communication between the control processor and controlled device for configured and programmed systems.
  5. Device shall support SFTP and SSH for secure communication between the control processor and the configuration or programming software.
  6. Device shall provide the option to modify administrator and user credentials.
  7. Device shall support security updates to maintain network health.
  8. Device shall require that a Secure Socket Layer (SSL) Certificate is installed to maintain system confidentiality and data integrity.
  9. Device shall support the installation of an owner furnished certificate with the following properties:
    1. Certificates shall include x.509 support
    2. Certificates shall include public / private key exchange
    3. Certificates shall support PEM encoding
  10. Extron shall furnish documentation that describes all supported network ports and services.
5. Shall meet regulatory compliances:
  1. CE
  2. c-UL
  3. UL
  4. C-Tick
  5. FCC Class A
  6. ICES
  7. KCC
  8. VCCI
  9. RoHS
  10. WEEE
6. Product Warranty
  1. Shall provide at least 3 years parts and labor.
7. Approved device shall be the Extron IPCP Pro PCS1 xi, part number 60-1910-01A; no alternates or equals.

IPCP Pro PCS1 xi

Provide an Ethernet-enabled control processor for the purpose of remotely controlling, monitoring and troubleshooting connected AV equipment and AV systems.
1. Ethernet-enabled control processor
  1. Provide one IEC-320-C14 male power connector on a six-inch cable directly hardwired to the back of the processor that supports 100-240 VAC, 10 Amps, 50/60 Hz power that serves as an input as well as provides power to the control processor via an internal universal AC power supply.
  2. Provide one IEC-320-C13 female power connector on a six-inch cable directly hardwired to the back of the processor that supports 100-240 VAC, 10 Amps, 50/60 Hz power that is designated as an output that can be used to remotely control and monitor both the power status and power consumption of an AV system component.
  3. Provide one RS-232 port on a captive screw connector located on the back of the processor that can be used for unidirectional or bidirectional control of an AV system component.
  4. Provide three digital I/O’s on captive screw connectors that can be used to interface with devices such as sensors, switches, LEDs and relays.
  5. Provide one IR/Serial port on a captive screw connector located on the back of the processor. This port shall allow the transmission of IR signals (using an IR emitter) or unidirectional RS-232 communications for control of AV system components.
  6. Provide one eBUS® port on a 4-pole captive screw connector located on the back of the control processor for connecting to eBUS devices.
  7. Provide one female RJ-45 jack located on the back of the enclosure that supports 10/100/1000Base-T, half/full duplex with auto-detect for connection to a LAN or WAN and includes link and activity LED indicators located on the left and right of the jack for troubleshooting network issues.
  8. Provide a multi-function button located on the front of the control processor that allows for the reset of the device or its communication properties at minimum.
  9. Provide a single power button located on the front of the control processor that can be used to toggle the output power on and off.
    1. Power button can be disabled via a Front Panel Lockout feature that can be activated in the software.
  10. Provide a 10-amp circuit breaker located on the front of the control processor allowing for over-current protection for remotely controlled connected devices.
  11. Provide front panel LED activity indicators for device power status, output power status, eBUS status, RS-232 status, digital I/O status, IR/S status, and network status.
  12. Provide an internal real-time clock with backup battery that is used to keep track of the date and time.
  13. Device shall support the following protocols: ICMP (ping), IEEE 802.1X, IPv4, TCP, UDP, DHCP, DNS, HTTP, HTTPS, NTP, SFTP, SMTP, SNMP, SSH.
  14. Device shall support a web-based AV resource management application that provides a means to manage, monitor, and control AV equipment.
  15. Device shall have at least 8 GB of nonvolatile memory.
  16. Device shall include an Extron LinkLicense® for User Interfaces.
2. Mounting requirements
  1. Device shall be housed in a 1 RU, quarter rack width metal enclosure.
  2. Device shall be able to be rack mounted using an optional rack shelf.
  3. Device shall be able to be installed under a table, desk, or other flat surface using an optional mounting kit.
  4. Device shall be mountable on a projector mounting pole using an optional mounting kit.
3. Software requirements
  1. The device may only be configured or programmed using Extron’s Global Configurator Plus or Professional, or Global Scripter respectively.
  2. Device drivers and modules can be obtained through Extron support resources and database.
  3. Shall be configured or programmed by an Extron authorized user.
  4. The device's configuration and settings shall be managed using Extron's Toolbelt software.
4. Security Requirements
  1. Device shall support SFTP and SSH for secure communication between the control processor and a TouchLink Pro touchpanel or Network Button Panel.
  2. Device shall support HTTPS and SSH for secure communication between the control processor and Extron Control App.
  3. Device shall support HTTPS for secure communication between the control processor and Extron Control for Web.
  4. Device shall support SSH for secure communication between the control processor and controlled device for configured and programmed systems.
  5. Device shall support SFTP and SSH for secure communication between the control processor and the configuration or programming software.
  6. Device shall provide the option to modify administrator and user credentials.
  7. Device shall support security updates to maintain network health.
  8. Device shall require that a Secure Socket Layer (SSL) Certificate is installed to maintain system confidentiality and data integrity.
  9. Device shall support the installation of an owner furnished certificate with the following properties:
    1. Certificates shall include x.509 support
    2. Certificates shall include public / private key exchange
    3. Certificates shall support PEM encoding
  10. Extron shall furnish documentation that describes all supported network ports and services.
5. Shall meet regulatory compliances:
  1. CE
  2. c-UL
  3. UL
  4. C-Tick
  5. FCC Class A
  6. ICES
  7. KCC
  8. VCCI
  9. RoHS
  10. WEEE
6. Product Warranty
  1. Shall provide at least 3 years parts and labor.
7. Approved device shall be the Extron IPCP Pro PCS1 xi, part number 60-1910-01A; no alternates or equals.

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Nota: I prodotti Extron che usano la presa AC universale accettano molti tipi di prese AC diversi. Prima dell’uso, si assicuri che il dispositivo soddisfi tutti i requisiti normativi per la sua regione e sia conforme con i codici e gli standard locali di sicurezza ed elettrici applicabili.

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