FIREANGEL W2 - W2 Module for FireAngel products
48.14 EUR
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The FireAngel W2 module enables the networking of all FireAngel products that are equipped with a interlink module. In case of alarm, all networked interlined alarms are alerted simultaneously. The repeater function of the interlink module safely transmits the alarm signal in the network.
EAN: 0816317002169
Delivery Cost: 9.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
The FireAngel W2 module enables the networking of all FireAngel products that are equipped with a interlink module. In case of alarm, all networked interlined alarms are alerted simultaneously. The repeater function of the interlink module safely transmits the alarm signal in the network.
EAN: 0816317002169
Delivery Cost: 9.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
Comparison of Similar Products
The ST-630 can be equipped with a W2 radio module (optional, see accessories). ST-630s equipped with this accessory can be operated with 2 to 50 units networked together.
Smoke detector has a powerful permanently sealed Panasonic 10-year battery.
- Thermoptek sensor technology: The technically advanced combined thermo-optical detection method ensures fast detection of both smouldering fires and fast-burning flames.
- Wireless interface for mounting the W2 wireless module.
- Includes a non-removable, integrated lithium battery with a 10-year service life under normal operating conditions.
- Two additional thermal sensors.
- Integrated, readable event memory.
- Self-monitoring with fault indicator.
- Separate yellow fault LED.
- Optional anti-theft protection.
- Easy to set up a wireless connection.
- Tamperproof, sealed ten-year lithium battery
- Sensor service life: ten years
- Quick and easy to install
- Wireless networking with W2 wireless components such as smoke detectors, CO detectors, heat detectors or FireAngel Connect (W2 wireless module not included, order separately: FIREANGEL W2)
- Compatible with FireAngel W2 wireless module, Z-Wave or ZigBee module (W2 wireless module not included, order separately: FIREANGEL W2)
- Particularly resistant to household loads
- End-of-life display for when the detector operating life ends
in ppm = parts per million
- 50 ppm resolution after 60 - 90 minutes
- 100 ppm resolution after 10 - 40 minutes
- 300 ppm resolution < 3 minutes
- Available with eMMC memory from 0 GB (Lite) to 64 GB
- DRAM options: 2 GB, 4 GB, 8 GB and 16 GB
- Wireless and non-wireless variants available
- Same naming scheme as the Compute Module 4
The Compute Module 5 extends the flexibility of the series with improved memory and performance capacity. The variants offer the option of choosing between wireless and non-wireless models and different memory sizes for different requirements. The familiar naming scheme of the Compute Module 4 is retained to enable easy identification and integration into existing systems.
Conclusion: The Raspberry Pi Compute Module 5 offers significant improvements in performance and memory options and is suitable for developers who want to utilize the computing power of the Raspberry Pi 5 in modular embedded systems.
Suitable for most mounting rings thanks to conical ceramic housing, with COB LED, clear protective glass and 15-cm connection cable, average life of 20,000 hours, non-dimmable, diameter 50 mm, height 32 mm, for 230-V mains voltage
• improved viewing angle
• Controller ST7066
• Interface parallel
• Technology STN
• White text on a blue background
• Dot size: 9.22 mm
• Module dimensions: 146 x 63 x 14 mm
• Visible field: 123 x 42 mm
• Controller: KS0073, HD44780 compatible
• White LED backlight
• Ultra low power 15 to 60 mA
Matching black plastic frames with anti-glare acrylic panes are also available. The frame is fastened into the front panel of the housing using a suitable adhesive.
Manufacturer part number: EA W204B-BNLW
White text on a blue background
Dot size: 9.7 mm
Module dimensions: 122 x 44 x 13.6 mm
Visible field: 99 x 24 mm
Controller: KS0070B, HD44780 compatible
White LED backlight
Ultra low power 15 to 60 mA
Matching black plastic frames with anti-glare acrylic panes are also available. The frame is fastened into the front panel of the housing using a suitable adhesive.
• improved viewing angle
• Controller KS0066U
• Interface parallel
• Technology STN
- Available with eMMC memory from 0 GB (Lite) to 64 GB
- DRAM options: 2 GB, 4 GB, 8 GB and 16 GB
- Wireless and non-wireless variants available
- Same naming scheme as the Compute Module 4
The Compute Module 5 extends the flexibility of the series with improved memory and performance capacity. The variants offer the option of choosing between wireless and non-wireless models and different memory sizes for different requirements. The familiar naming scheme of the Compute Module 4 is retained to enable easy identification and integration into existing systems.
Conclusion: The Raspberry Pi Compute Module 5 offers significant improvements in performance and memory options and is suitable for developers who want to utilize the computing power of the Raspberry Pi 5 in modular embedded systems.
White text on a blue background
Dot size: 5.55 mm
Module dimensions: 118 x 36 x 13.6 mm
Visible field: 85 x 16.8 mm
Controller: KS0076B/KS0063, HD44780 compatible
White LED backlight
Ultra low power 15 to 60 mA
Matching black plastic frames with anti-glare acrylic panes are also available. The frame is fastened into the front panel of the housing using a suitable adhesive.
White text on a blue background
Dot size: 5.55 mm
Module dimensions: 116 x 37 x 14 mm
Visible field: 85 x 18.6 mm
Controller: KS0076B/KS0063, HD44780 compatible
White LED backlight
Ultra low power 15 to 60 mA
Matching black plastic frames with anti-glare acrylic panes are also available. The frame is fastened into the front panel of the housing using a suitable adhesive.
White text on a blue background
Dot size: 5.56 mm
Module dimensions: 80 x 36 x 13 mm
Visible field: 66 x 16 mm
Controller: KS0070B, HD44780 compatible
White LED backlight
Ultra low power 15 to 60 mA
Matching black plastic frames with anti-glare acrylic panes are also available. The frame is fastened into the front panel of the housing using a suitable adhesive.
• improved viewing angle
• Controller ST7066U-0A
• Interface parallel
• Technology STN
The FSP Twin PRO is a redundant power supply unit designed for standard ATX or PS2 housing. No front-end holding device is required. An ideal application area is mail, web or home servers.
The hot-swappable design of the modules ensures a stable power supply. If one power supply unit fails, the other power supply unit immediately takes over the complete power supply. From now on you don't have to worry about power interruption in PC/server operation.
- Available with eMMC memory from 0 GB (Lite) to 64 GB
- DRAM options: 2 GB, 4 GB, 8 GB and 16 GB
- Wireless and non-wireless variants available
- Same naming scheme as the Compute Module 4
The Compute Module 5 extends the flexibility of the series with improved memory and performance capacity. The variants offer the option of choosing between wireless and non-wireless models and different memory sizes for different requirements. The familiar naming scheme of the Compute Module 4 is retained to enable easy identification and integration into existing systems.
Conclusion: The Raspberry Pi Compute Module 5 offers significant improvements in performance and memory options and is suitable for developers who want to utilize the computing power of the Raspberry Pi 5 in modular embedded systems.
- Available with eMMC memory from 0 GB (Lite) to 64 GB
- DRAM options: 2 GB, 4 GB, 8 GB and 16 GB
- Wireless and non-wireless variants available
- Same naming scheme as the Compute Module 4
The Compute Module 5 extends the flexibility of the series with improved memory and performance capacity. The variants offer the option of choosing between wireless and non-wireless models and different memory sizes for different requirements. The familiar naming scheme of the Compute Module 4 is retained to enable easy identification and integration into existing systems.
Conclusion: The Raspberry Pi Compute Module 5 offers significant improvements in performance and memory options and is suitable for developers who want to utilize the computing power of the Raspberry Pi 5 in modular embedded systems.
- Available with eMMC memory from 0 GB (Lite) to 64 GB
- DRAM options: 2 GB, 4 GB, 8 GB and 16 GB
- Wireless and non-wireless variants available
- Same naming scheme as the Compute Module 4
The Compute Module 5 extends the flexibility of the series with improved memory and performance capacity. The variants offer the option of choosing between wireless and non-wireless models and different memory sizes for different requirements. The familiar naming scheme of the Compute Module 4 is retained to enable easy identification and integration into existing systems.
Conclusion: The Raspberry Pi Compute Module 5 offers significant improvements in performance and memory options and is suitable for developers who want to utilize the computing power of the Raspberry Pi 5 in modular embedded systems.
- Available with eMMC memory from 0 GB (Lite) to 64 GB
- DRAM options: 2 GB, 4 GB, 8 GB and 16 GB
- Wireless and non-wireless variants available
- Same naming scheme as the Compute Module 4
The Compute Module 5 extends the flexibility of the series with improved memory and performance capacity. The variants offer the option of choosing between wireless and non-wireless models and different memory sizes for different requirements. The familiar naming scheme of the Compute Module 4 is retained to enable easy identification and integration into existing systems.
Conclusion: The Raspberry Pi Compute Module 5 offers significant improvements in performance and memory options and is suitable for developers who want to utilize the computing power of the Raspberry Pi 5 in modular embedded systems.
• improved viewing angle
• Controller ST7066U-0A
• Interface parallel
• Technology STN
Technical details
- Connectors:
1 x USB Type-A female
1 x 2 pin terminal block - Input voltage: 100 - 240 V
- Input AC frequency: 50 / 60 Hz
- Input current: 0.2 A
- Output voltage / Output current / Output power:
5.0 V / 1.0 A / 5.0 W - Average active efficiency: 73.7 %
- No-load power consumption: 0.1 W
- Short circuit protection
- For Keystone ports with 19.2 x 14.9 mm
- Housing colour: white
- Dimensions (LxWxH): ca. 40.5 x 17.0 x 32.5 mm
Package content
- Keystone module
- User manual
Package
- Box
- Available with eMMC memory from 0 GB (Lite) to 64 GB
- DRAM options: 2 GB, 4 GB, 8 GB and 16 GB
- Wireless and non-wireless variants available
- Same naming scheme as the Compute Module 4
The Compute Module 5 extends the flexibility of the series with improved memory and performance capacity. The variants offer the option of choosing between wireless and non-wireless models and different memory sizes for different requirements. The familiar naming scheme of the Compute Module 4 is retained to enable easy identification and integration into existing systems.
Conclusion: The Raspberry Pi Compute Module 5 offers significant improvements in performance and memory options and is suitable for developers who want to utilize the computing power of the Raspberry Pi 5 in modular embedded systems.
Je nach Variante sind RS485 und CAN-FD Schnittstellen verfügbar. Über zwei PiBridge-Anschlüsse lassen sich bis zu zehn I/O-Module anschließen. Die integrierte Hardware-Sicherheit wird durch ein TPM 2.0 Modul gewährleistet.
- basiert auf dem Raspberry Pi Compute Module 5 (CM5)
- Prozessor: Broadcom BCM2712, Quad-Core ARM Cortex-A76 mit 2,4 GHz
- DIN-Hutschienengehäuse für industrielle Umgebungen
- 2 x RJ45 Gbit Ethernet-Schnittstellen
- 2 x USB 3.2 Gen1-Schnittstellen
- Optional: RS485 und CAN-FD Schnittstellen
- 1 x Micro-HDMI 2.0a für 4K-Videoausgabe (60 fps)
- 1 x USB-C (nur für Image-Transfer)
- Optional: WLAN/BT mit RP-SMA Anschluss
- 2 x PiBridge (erweiterbar mit bis zu 10 I/O-Modulen)
- integriertes TPM 2.0
- Hardware-Watchdog
- Sechs RGB-LEDs auf der Frontplatte (fünf davon individuell programmierbar)
- vorinstalliertes, angepasstes Raspberry Pi OS
- Enclosed design, PCB mounting li>
- IRM-02_: wired li>
- IRM-02_S: SMD li>
- Universal input li>
- protected against short circuit, overload and over-temperature li>
- Cooling by natural convection li>
- low standby power consumption li>
- Isolation class II li>
- Design meets domestic appliance EN60335-1 li> ul>
- Enclosed design, PCB mounting li>
- IRM-02_: wired li>
- IRM-02_S: SMD li>
- Universal input li>
- protected against short circuit, overload and over-temperature li>
- Cooling by natural convection li>
- low standby power consumption li>
- Isolation class II li>
- Design meets domestic appliance EN60335-1 li> ul>
- Enclosed design, PCB mounting li>
- IRM-03_: wired li>
- IRM-03_S: SMD li>
- Universal input li>
- protected against short circuit, overload and over-temperature li>
- Cooling by natural convection li>
- low standby power consumption li>
- Isolation class II li>
- Design meets domestic appliance EN60335-1 li> ul>
- Enclosed design, PCB mounting li>
- IRM-02_: wired li>
- IRM-02_S: SMD li>
- Universal input li>
- protected against short circuit, overload and over-temperature li>
- Cooling by natural convection li>
- low standby power consumption li>
- Isolation class II li>
- Design meets domestic appliance EN60335-1 li> ul>
- Enclosed design, PCB mounting li>
- IRM-01_: wired li>
- IRM-01_S: SMD li>
- Universal input li>
- protected against short circuit, overload and overvoltage li>
- Cooling by natural convection li>
- low standby power consumption li>
- Isolation class II li>
- Design meets domestic appliance EN60335-1 li> ul>
- Enclosed design, PCB mounting li>
- IRM-01_: wired li>
- IRM-01_S: SMD li>
- Universal input li>
- protected against short circuit, overload and overvoltage li>
- Cooling by natural convection li>
- low standby power consumption li>
- Isolation class II li>
- Design meets domestic appliance EN60335-1 li> ul>
Features
- Enclosed type for PCB mounting
- Universal input
- Protections: short circuit and over load
- Cooling by free air convection
- Low no load power consumption
- Insulation class II
Technical Data:
output voltage: 5 VDC
output current: 2 A
power: 10 W
ripple noise: 200 mVp-p
input voltage: 85 - 24 VAC / 120 - 370 VDC
frequency range: 47 - 440 Hz
efficiency: 77 %
inrush current: max. 40 A bei 230 VAC
working temp.: -40 ... +70°C
dimension (LxBxH): 45,7 x 25,4 x 21,4 mm
weight: 0,04 kg
- Enclosed design, PCB mounting li>
- IRM-02_: wired li>
- IRM-02_S: SMD li>
- Universal input li>
- protected against short circuit, overload and over-temperature li>
- Cooling by natural convection li>
- low standby power consumption li>
- Isolation class II li>
- Design meets domestic appliance EN60335-1 li> ul>
- Enclosed design, PCB mounting li>
- IRM-02_: wired li>
- IRM-02_S: SMD li>
- Universal input li>
- protected against short circuit, overload and over-temperature li>
- Cooling by natural convection li>
- low standby power consumption li>
- Isolation class II li>
- Design meets domestic appliance EN60335-1 li> ul>
- Enclosed design, PCB mounting li>
- IRM-02_: wired li>
- IRM-02_S: SMD li>
- Universal input li>
- protected against short circuit, overload and over-temperature li>
- Cooling by natural convection li>
- low standby power consumption li>
- Isolation class II li>
- Design meets domestic appliance EN60335-1 li> ul>
- Enclosed design, PCB mounting li>
- IRM-02_: wired li>
- IRM-02_S: SMD li>
- Universal input li>
- protected against short circuit, overload and over-temperature li>
- Cooling by natural convection li>
- low standby power consumption li>
- Isolation class II li>
- Design meets domestic appliance EN60335-1 li> ul>
- Enclosed design, PCB mounting li>
- IRM-03_: wired li>
- IRM-03_S: SMD li>
- Universal input li>
- protected against short circuit, overload and over-temperature li>
- Cooling by natural convection li>
- low standby power consumption li>
- Isolation class II li>
- Design meets domestic appliance EN60335-1 li> ul>
- closed design li>
- IRM-60-_: PCB Mounting li>
- IRM-60-_ST: screw terminals li>
- Universal input li>
- protected against short circuit, overload and overvoltage li>
- Cooling by natural convection li>
- low standby power consumption li>
- Isolation class II li> ul>
Features
- Enclosed type
- IRM-30-_: for PCB mounting
- IRM-30-_ST: for screw terminal mounting
- Universal input
- Protections: short circuit and over load
- Cooling by free air convection
- Low no load power consumption
- Insulation class II
Technical Data:
output voltage: 12 VDC
output current: 2,5 A
power: 30 W
ripple noise: 150 mVp-p
input voltage: 85 - 24 VAC
frequency range: 47 - 440 Hz
efficiency: 88 %
inrush current: max. 45 A bei 230 VAC
working temp.: -40 ... +70°C
dimension (LxBxH): 69,5 x 39 x 24 mm
weight: 0,109 kg
- Enclosed design, PCB mounting li>
- IRM-02_: wired li>
- IRM-02_S: SMD li>
- Universal input li>
- protected against short circuit, overload and over-temperature li>
- Cooling by natural convection li>
- low standby power consumption li>
- Isolation class II li>
- Design meets domestic appliance EN60335-1 li> ul>
