APC by Schneider Electric APDU1335TH Rack PDU Temperature and Humidity Sensor
Overview
The APDU1335TH is a compact environmental sensor designed for integration with APC NetShelter rack PDUs, providing real-time temperature and humidity monitoring directly within the rack enclosure. At just 8mm tall, 50mm wide, and 100mm deep, it fits into tight rack environments without consuming usable U-space — a practical consideration when every rack unit counts in a dense data center or network closet deployment.
The sensor carries RoHS compliance, confirming it meets European Union restrictions on hazardous substances. This is a baseline procurement requirement for many enterprise, government, and institutional buyers, and it simplifies disposal and lifecycle documentation for regulated facilities.
Key Features
- Minimal Form Factor (50 x 100 x 8 mm): The flat 8mm profile means the APDU1335TH mounts without intruding on adjacent equipment or cable management. Deploy it on a PDU tap or within the rack without rearranging existing installations.
- RoHS Compliance: Meets EU Directive 2011/65/EU restrictions on hazardous substances — a hard requirement for public sector, healthcare, and multi-national enterprise procurement. No exemption paperwork needed for standard deployments.
- Black Finish: Matches standard rack and PDU aesthetics, avoiding the visual inconsistency of mixed-finish hardware in customer-facing or audited environments.
- Sustainability Compliance Verified: Manufacturer-confirmed sustainability alignment, supporting green procurement initiatives and ESG reporting requirements at the facility level.
Frequently Asked Questions
Q: What PDUs is the APDU1335TH compatible with?
A: The APDU1335TH is part of the APC NetShelter rack PDU accessory ecosystem. Consult the APC compatibility guide for your specific PDU model to confirm connector and port compatibility before ordering.
Q: Does the APDU1335TH require external power?
A: Power requirements are not detailed in the available evidence. Verify with the APC product documentation or pre-sales engineering team prior to installation.
Q: Is the APDU1335TH RoHS compliant?
A: Yes. The APDU1335TH carries confirmed RoHS compliance, meeting EU hazardous substance restrictions.
Q: What are the physical dimensions of the APDU1335TH?
A: The sensor measures 50mm wide x 100mm deep x 8mm tall (approximately 2.0 x 3.9 x 0.3 inches), making it one of the lower-profile environmental sensors in the APC PDU accessory line.
The APDU1335TH is the kind of sensor that gets overlooked until someone's equipment fails due to an undetected hot spot or moisture event. At 8mm tall and 50 x 100mm footprint, it drops into an existing NetShelter PDU deployment without any rework — the form factor alone makes it worth specifying when you're already standardizing on APC PDU infrastructure.
Technical Highlights:
- Flat 8mm Profile: Fits flush against PDU mounting surfaces without consuming rack space or interfering with adjacent cable runs — a real advantage in fully loaded 42U enclosures.
- RoHS Certification: Confirmed compliance simplifies procurement for public sector, healthcare, and EU-market deployments where substance restrictions are a hard gate, not a preference.
- 160g Packaged Weight: Ships light, which matters when you're rolling out environmental monitoring across dozens of remote racks — shipping cost and logistics handling both scale favorably.
Deployment Considerations:
- Confirm PDU port and connector compatibility against your specific NetShelter PDU model before deploying at scale — the APDU1335TH is designed for the NetShelter PDU ecosystem but compatibility varies by PDU generation and port availability.
- Available evidence does not cover sensor accuracy specifications, measurement range, alert thresholds, or communication protocol — obtain the full APC datasheet to validate these against your DCIM or BMS integration requirements before committing to a bulk order.
Best fit for facilities teams standardizing on APC NetShelter PDU infrastructure who need lightweight, RoHS-documented environmental sensing without adding rack U-space overhead — particularly relevant in colocation and edge deployments where rack density is non-negotiable.
