We source directly from Eaton - 100% genuine, new-in-box certified parts.
Eaton / Moeller Series
Eaton NZM Undervoltage release, 480-525VAC, 2 early N/O contacts, UL489 certified
Eaton Moeller series NZM Undervoltage release, Catalog Number 259569, Model Code NZM1-XUHIVL480-525AC, EAN 4015082595692, complies with UL/CSA, IEC, and RoHS standards. It is certified under UL489 and CSA (Class No. 1437-01).
Country of Origin: DE
We source directly from Eaton - 100% genuine, new-in-box certified parts.
| Specification | Value |
|---|---|
| Product Name | Eaton Moeller series NZM Undervoltage release |
| Catalog Number | 259569 |
| Model Code | NZM1-XUHIVL480-525AC |
| EAN | 4015082595692 |
| Compliance | UL/CSA, IEC, RoHS conform |
| Certifications | UL489, CSA (Class No. 1437-01), CSA (File No. 22086), CE marking |
| Global Catalog | 259569 |
| Specification | Value |
|---|---|
| Rated Control Supply Voltage (US) at AC, 50 Hz - Max | 525 V |
| Rated Control Supply Voltage (US) at AC, 50 Hz - Min | 480 V |
| Rated Control Supply Voltage (US) at AC, 60 Hz - Max | 525 V |
| Rated Control Supply Voltage (US) at AC, 60 Hz - Min | 480 V |
| Drop-Out Voltage of Undervoltage Release AC/DC - Max | 0.7 x Us |
| Drop-Out Voltage of Undervoltage Release AC/DC - Min | 0.35 x Us |
| Power Consumption | 0.8 W (sealing DC), 1.5 VA (sealing AC) |
| Number of Contacts (Normally Open Contacts) | 2 |
| Minimum Command Time - Max | 15 ms |
| Minimum Command Time - Min | 10 ms |
Doing business with KM Parts has been a game-changer for our company. Their vast inventory and prompt same-day shipping have significantly minimized our downtime. The team's expertise and willingness to go the extra mile have made them an invaluable partner in our industrial automation needs.
We only sell authorized Eaton/Moeller parts. No knock-offs, no used parts, all warrantied. As the largest authorized stocking USA distributor representing Eaton/Moeller, we’re here to help your company run smoothly, with the best parts available, at competitive pricing, and with minimal downtime.