Eaton SPM160240H1T Surge Protection Device - UL 1449
Part Number: SPM160240H1T
Quick Summary
Eaton SPM160240H1T surge protection device guards critical electrical systems against transient surges in data centers, manufacturing lines, and industrial facilities. Power disturbances drive downtime, equipment damage, and escalating maintenance costs, which the SPD is designed to prevent. Certified to UL 1449 and UL 1283 with CSA recognition under C22.2 No. 8-M1986, and RoHS compliant, these approvals support reliable performance in harsh environments. This model’s 240 delta configuration and NEMA 4 enclosure simplify installation in demanding spaces while its compact single-module design reduces wiring complexity; combined with a 15-year warranty, it delivers long-term value for industrial control panels and critical loads.
Product Information
Extended Description
SPM160240H1T Eaton: Surge Protective Device, Max series, Single module, 160 kA per phase, 240 Delta high leg (4W+G) on B phase, Basic, NEMA 4 with internal terminal breaker
Product Name
Eaton SPD MAX series surge protection device
Catalog Number
SPM160240H1T
UPC
786685915180
Product Length/Depth
9.3 in
Product Height
17.5 in
Product Width
14.91 in
Product Weight
50 lb
Warranty
15 years from the date of delivery (20 years when registered on www.eaton.com/spd)
Compliances
RoHS Compliant
Certifications
UL 1283 UL 1449 CSA Std. C22.2 No. 8-M1986 CSA Electrical Notice NO. 516 Edition 1
Voltage rating
240 delta (4W+G)
Enclosure
NEMA 4 with internal terminal breaker
Type
Max series
Special features
Basic
Feature → Business Impact → Application: 160 kA per phase surge capability protects high-energy loads and minimizes downtime for critical equipment, delivering measurable reliability gains in manufacturing lines and data centers. The single-module design reduces wiring complexity and panel footprint, accelerating frontline installations and simplifying field servicing in electrical rooms and retrofit projects. NEMA 4 enclosure with an internal terminal breaker enhances reliability in harsh or damp environments, enabling outdoor installations or wash-down areas common in food processing and chemical plants. The 240 delta (4W+G) configuration supports high-leg delta systems, improving phase balancing and reducing nuisance tripping in plant power distribution. RoHS compliance and UL/CSA certifications provide regulatory peace of mind and ease procurement for regulated facilities. The 15-year warranty (20 years with registration) reinforces total cost of ownership by lowering lifecycle maintenance costs and replacement cycles.
Get a Quick Quote for a Eaton SPM160240H1T
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in Eaton SPM160240H1T?
Enquire Now
FAQs
The SPM160240H1T uses a single module format and is designed for 240 delta (4W+G) high-leg configurations. Install in a compatible panel with an NEMA 4 enclosure and connect using the internal terminal breaker. Ensure proper grounding and follow the Eaton installation guide and local electrical codes for safe, reliable operation.
This unit carries UL 1449 and UL 1283 listings, plus CSA recognition under C22.2 No. 8-M1986, and CSA Electrical Notice No. 516. It is RoHS compliant, which supports regulatory compliance and material restrictions in many industrial environments.
The SPM160240H1T provides 160 kA per phase surge capacity, suitable for protecting critical loads such as control circuits, drives, and sensitive electronics in manufacturing, processing, and data-center environments, helping minimize downtime and equipment replacement costs.
Yes. It features a NEMA 4 enclosure with an internal terminal breaker, enabling reliable outdoor or damp-location installations where protection from dust, water, and corrosion is required, while maintaining safe wiring and easy maintenance access.
Eaton offers a 15-year warranty from the date of delivery, with a 20-year warranty potential if the product is registered on Eaton’s site. This reduces long-term ownership risk and supports lower total cost of ownership in lifecycle planning.