Rittal 7030130 CMC III vandalism sensor - CAN bus
Part Number: 7030130
Quick Summary
CMC III vandalism sensor is a compact enclosure monitor that detects environmental changes and tampering in IT racks, industrial cabinets, and facility enclosures. Too often deployments suffer from slow detection, complex wiring, and limited scalability across multiple sites. Explicit certifications like CE, IP ratings, or SIL are not listed in the provided data; verify with the official datasheet for confirmation, while ETIM and ECLASS classifications support procurement and data integration. The solution offers plug‑and‑play connectivity via CAN bus RJ45 and scalable bus topology, delivering rapid setup, reliable monitoring, and improved uptime for IT, industrial, and facility-management environments. This combination supports faster risk reduction, easier audits, and scalable deployment across growing facilities.
Product Information
Extended Description
7030130 Rittal: DK CMC III Vandalism sensor, WHD: 80x28x40 mm
Article number
DK 7030.130
Design
Vandalism sensor
Product description
CMC III sensors are used for monitoring the physical environment and can be connected directly to the PU via a CAN bus connection cable RJ45. The sensors may also be linked together to form a bus.
Benefits
Fast connection and automatic detection via plug & play
Applications
Enclosure monitoring in IT, industry and facility management
Function principle
Settings can be made via the CMC III processing unit or IoT interface
Material
Plastic | Front: Smooth | Enclosure: Textured
Colour
Front: RAL 9005 | Enclosure: RAL 7035
Supply includes
Sensor | Mounting plate | Assembly parts | Vandalism sensor
Connection to the CAN bus
Direct
Interfaces
2 x RJ45 CAN bus
No. of participants per IoT interface (max.)
32
No. of participating PU compact (max.)
4
No. of participating PU (max.)
32
No. of PDU devices (max.)
16
Measuring technique
Acceleration measurement
Dimensions
Width: 80 mm | Height: 30 mm | Depth: 40 mm
Operating temperature range
0 °C...55 °C
Ambient humidity (non-condensing)
5...95 %
Packs of
1 pc(s).
Weight/pack
0.193 kg
PCF per pack (cradle-to-gate)
0.7 kg CO2 eq (Cat B)
Note on PCF category
Category B: PCF value (cradle-to-gate) based on the product weight, approximately calculated and self-declared
Customs tariff number
85319000
EAN
4028177659513
ETIM 9
EC002627
ECLASS 8.0
27189253
Product description
DK CMC III Vandalism sensor, WHD: 80x28x40 mm
Direct CAN bus connection via two RJ45 interfaces enables fast, plug‑and‑play integration with the processing unit (PU). The immediate benefit is reduced commissioning time and simplified topology, since sensors can be snapped into a bus and auto‑detected rather than wired individually. This is especially valuable in IT racks and industrial cabinets where uptime hinges on quick sensor installation and reliable data flow. By avoiding bespoke wiring harnesses, you also cut on-site errors and spare parts. Scalability and bus architecture: The DK 7030.130 supports up to 32 IoT interface participants, 32 PU devices, and 16 PDU devices per system, allowing you to grow your monitoring network without reconfiguring the core controller. In practice, this means you can monitor multiple enclosures from a single CAN bus, saving rack space and lowering wiring complexity. The system supports bus chaining and direct connections, facilitating modular deployments from a single cabinet to an entire data center. This aligns with IT asset management and predictive maintenance workflows. Measurement capability and environmental resilience: Acceleration measurement detects tampering events or impacts on enclosure lids and doors. With an operating range of 0 to 55 °C and 5 to 95% RH non-condensing, the sensor remains reliable in harsh industrial environments. The compact WHD 80x28x40 mm footprint and the contrasting color scheme (Front: RAL 9005; Enclosure: RAL 7035) ensure easy installation and quick visual checks during audits. Durable plastics and mounting accessories support long service life. Installation and maintenance benefits: The device ships with a mounting plate and assembly parts, making wall or panel mounting straightforward. Direct CAN bus connection avoids extra adapters, reducing potential points of failure. The CMC III sensor can be linked with IoT interfaces to form a bus, enabling remote monitoring, data logging, and condition-based maintenance. Regular firmware updates and centralized management streamline compliance reporting and asset health reviews. Industry context and best practices: For IT and industrial facilities, zero-touch provisioning and predictable data latency are critical. The CMC III sensor family fits into standardized enclosure ecosystems and aligns with procurement classifications ETIM EC002627 and ECLASS 27189253, easing parts sourcing. The 1‑piece pack and compact form factor reduce logistics costs and support fast replacement during audits or capacity upgrades.
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FAQs
Install starts with mounting the sensor on the enclosure using the included mounting plate and parts. Connect the sensor to the PU via the CAN bus RJ45 cable, then link additional sensors to form a bus if needed. Configure settings through the CMC III processing unit or the IoT interface to enable rapid detection and automatic device recognition without complex wiring. This approach minimizes on-site wiring errors and speeds up deployment.
Key specs include acceleration measurement as the sensing technique, dimensions of WHD 80x28x40 mm, operating temperature range 0 to 55 °C, ambient humidity 5 to 95% non-condensing, and two CAN bus RJ45 interfaces. It supports up to 32 IoT participants, 32 PU devices, and 16 PDU devices, making it suitable for scalable enclosure monitoring in IT and industrial environments.
Yes. The DK 7030.130 CMC III vandalism sensor is designed for enclosure monitoring in IT, industry, and facility management. Its rapid plug‑and‑play CAN bus connectivity, acceleration tamper detection, and bus‑based scalability support security-conscious deployments with minimal wiring and quick escalation of tamper events to the monitoring system.
The provided data highlights ETIM EC002627 and ECLASS 27189253 classifications, which aid procurement and data integration. Explicit certifications such as CE, IP ratings, or SIL are not listed in the data provided; verify with the official datasheet or manufacturer for confirmation before regulatory compliance planning.
ROI benefits come from faster deployment, reduced commissioning time, and lower wiring complexity, which translate to fewer field errors and shorter downtime during changes. Centralized data from CAN bus sensors enables predictive maintenance, reducing unplanned outages. Ongoing maintenance is simplified by plug‑and‑play replacement and routine firmware updates managed through the IoT interface.