Description
Omron S3S-B10-US Bulk Fill Control Panel E2K-C25ME1 Proximity Hoffman A-1614CHQR
Industrial control enclosure featuring dual Omron S3S-B10-US timing controllers, capacitive proximity switch, and transformer in a UL-listed Hoffman Type 12/13 wall-mount enclosure. Wired and ready for deployment in bulk fill or material level control applications.
Specifications & What's Included
- Enclosure: Hoffman A-1614CHQR, Type 12/13, UL Listed (K-828)
- Controllers: 2x Omron S3S-B10-US (on/off delay timing)
- Proximity Sensor: Omron E2K-C25ME1 capacitive, NPN output, 200mA max
- Transformer: 0.100 KVA Class 9070, 55°C rise, 50/60 Hz
- Additional: Square D relay, DIN rail terminal blocks with ground bus
- Manufactured: Hoffman (USA), Omron components (Japan)
Applications
This control panel type is used in bulk material handling systems, hopper fill level detection, and process automation where timed relay control and proximity sensing are required. Commonly deployed in food processing, chemical handling, and manufacturing environments where capacitive sensing detects material presence without direct contact.
Condition: Used
This Omron S3S-B10-US Bulk Fill Control Panel (MRLOB02) has been inspected and appears to be in good used condition. The Hoffman A-1614CHQR enclosure shows light surface wear consistent with prior industrial use but is structurally intact with the door seating properly. Internally, both Omron S3S-B10-US timing controllers are present and mounted on DIN rail, the E2K-C25ME1 capacitive proximity switch is attached via its cable, and the transformer, Square D relay, and terminal block arrays are all in place and wired. No obvious damage to components or wiring is visible in the photos. Please view our photo set and contact us if you have any questions.
This Omron S3S-B10-US Bulk Fill Control Panel (MRLOB02) has been inspected and appears to be in good used condition. The Hoffman A-1614CHQR enclosure shows light surface wear consistent with prior industrial use but is structurally intact with the door seating properly. Internally, both Omron S3S-B10-US timing controllers are present and mounted on DIN rail, the E2K-C25ME1 capacitive proximity switch is attached via its cable, and the transformer, Square D relay, and terminal block arrays are all in place and wired. No obvious damage to components or wiring is visible in the photos. Please view our photo set and contact us if you have any questions.
Warranty Information
We stand behind every item we sell with a 30-day money-back guarantee. If your item arrives not as described, you may return it within 30 days for a full refund. Please inspect your purchase upon arrival and contact us with any questions.
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Additional Information
Brand: |
Omron |
Model: |
S3S-B10-US |
MPN: |
MRLOB02 |
Type: |
Bulk Fill Control Panel / Industrial Control Enclosure |
SKU: |
30683 |
Enclosure Part Number: |
Hoffman A-1614CHQR |
Enclosure Brand: |
Hoffman Engineering Company |
Enclosure Type: |
Type 12, 13 |
Enclosure Catalog No.: |
A-1614CHQR |
UL Listing: |
UL Listed — Cutout Box Issue No. K-828 |
Controller Model: |
Omron S3S-B10-US (Qty 2) |
Proximity Switch Model: |
Omron E2K-C25ME1 |
Proximity Switch Type: |
Capacitive Proximity Switch |
Proximity Switch Output: |
NPN, NO — 200mA max |
Controller Function: |
On Delay / Off Delay Timing Controller |
Transformer Class: |
Class 9070, Type T100D13 |
Transformer Rating: |
.100 KVA |
Transformer Temp Rise: |
55°C |
Transformer Frequency: |
IEC 50/60 Hz |
Relay Brand: |
Square D |
Terminal Blocks: |
DIN rail-mounted terminal block array with ground bus |
Condition: |
Used – Inspected |
Seller Notes: |
Includes 2x Omron S3S-B10-US controllers, E2K-C25ME1 proximity switch, transformer, relay, and terminal blocks — all wired in Hoffman enclosure |
Country/Region of Manufacture: |
USA (Hoffman enclosure); Japan (Omron components) |
Form Factor: |
Wall-Mount Enclosure |
Condition Notes: |
This Omron S3S-B10-US Bulk Fill Control Panel (MRLOB02) has been inspected and appears to be in good used condition. The Hoffman A-1614CHQR enclosure shows light surface wear consistent with prior industrial use but is structurally intact with the |
