Zoom the image with the mouse
NTI
NTI E-VSSBD
Product Code:
E-VSSBD
$44.00
NTI E-VSSBD Vibration Sensor
Enhance your security system with the NTI E-VSSBD Vibration Sensor! This sensor is expertly designed to detect and alert you to forced entry attempts on doors and windows and monitor motion.
Here's what makes the NTI E-VSSBD stand out:
- Superior Sensitivity: The E-VSSBD quickly identifies and reacts to even subtle vibrations, providing an extra layer of protection against intrusion.
- Versatile Installation: Enjoy the flexibility of mounting the sensor on various surfaces, including glass doors, windows, and walls, ensuring comprehensive security coverage for your property.
- User-Friendly Design: Easily integrate the E-VSSBD into your existing security system thanks to its straightforward installation process and compatibility with a wide range of alarm panels.
- Durable Construction: Built to withstand the test of time, the E-VSSBD ensures long-lasting performance and reliability, providing you with peace of mind.
Invest in proactive security with the NTI E-VSSBD Vibration Sensor and safeguard your property from potential threats.
Specifications
| E-VSSB | E-VSSBD | |
| Voltage | 5VDC | 5VDC |
| Voltage Source | E-xD through CATx cable | AC Adapter (Included) |
| Operating current | 15mA | 15mA |
| Trigger duration | 3.1 to 4.1 seconds | 3.1 to 4.1 seconds |
| Case Material | Powder coated aluminum | Powder coated aluminum |
| Interface Connector Type | RJ45 | Terminal Block |
| Communication method | RS485 | Digital I/O |
| Cable Type | CAT5/5e/6/7 | 16-26AWG 2-Conductor |
| Cable Length | Max. 1000ft (305m) | Max. 1000ft (305m) |
| Operating Temperature | 32 to 104°;F (0 to 60°;C) | 32 to 104°;F (0 to 60°;C) |
| Storage Temperature | -22 to 140°;F (-30 to 60°;C) | -22 to 140°;F (-30 to 60°;C) |
| Relative Humidity | 17 to 90% non-condensing RH. | 17 to 90% non-condensing RH. |
| Dimensions w/o Bracket WxDxH | 2x2.5x1.28 | 2x2.5x1.28 |
| Dimensions w/ Bracket WxDxH | 3.75x2.5x1.34 | 3.75x2.5x1.34 |
| Regulatory approvals | CE, RoHS. | CE, RoHS. |
NTI E-VSSBD Vibration Sensor
Enhance your security system with the NTI E-VSSBD Vibration Sensor! This sensor is expertly designed to detect and alert you to forced entry attempts on doors and windows and monitor motion.
Here's what makes the NTI E-VSSBD stand out:
- Superior Sensitivity: The E-VSSBD quickly identifies and reacts to even subtle vibrations, providing an extra layer of protection against intrusion.
- Versatile Installation: Enjoy the flexibility of mounting the sensor on various surfaces, including glass doors, windows, and walls, ensuring comprehensive security coverage for your property.
- User-Friendly Design: Easily integrate the E-VSSBD into your existing security system thanks to its straightforward installation process and compatibility with a wide range of alarm panels.
- Durable Construction: Built to withstand the test of time, the E-VSSBD ensures long-lasting performance and reliability, providing you with peace of mind.
Invest in proactive security with the NTI E-VSSBD Vibration Sensor and safeguard your property from potential threats.
Specifications
| E-VSSB | E-VSSBD | |
| Voltage | 5VDC | 5VDC |
| Voltage Source | E-xD through CATx cable | AC Adapter (Included) |
| Operating current | 15mA | 15mA |
| Trigger duration | 3.1 to 4.1 seconds | 3.1 to 4.1 seconds |
| Case Material | Powder coated aluminum | Powder coated aluminum |
| Interface Connector Type | RJ45 | Terminal Block |
| Communication method | RS485 | Digital I/O |
| Cable Type | CAT5/5e/6/7 | 16-26AWG 2-Conductor |
| Cable Length | Max. 1000ft (305m) | Max. 1000ft (305m) |
| Operating Temperature | 32 to 104°;F (0 to 60°;C) | 32 to 104°;F (0 to 60°;C) |
| Storage Temperature | -22 to 140°;F (-30 to 60°;C) | -22 to 140°;F (-30 to 60°;C) |
| Relative Humidity | 17 to 90% non-condensing RH. | 17 to 90% non-condensing RH. |
| Dimensions w/o Bracket WxDxH | 2x2.5x1.28 | 2x2.5x1.28 |
| Dimensions w/ Bracket WxDxH | 3.75x2.5x1.34 | 3.75x2.5x1.34 |
| Regulatory approvals | CE, RoHS. | CE, RoHS. |
