Eaton EDSC215 OP CL Pushbutton Control Station - Hazardous
Part Number: EDSC215 OP CL
Quick Summary
EDSC215 OP CL is a two-pushbutton control station for hazardous locations. Operators often face downtime from corrosion, inadequate sealing, or wiring faults in explosive atmospheres. The unit meets NEC/CEC standards and hazardous area ratings Class I Division 1 and 2, Class II, with NEMA 3 compatibility for durable service. Its feraloy alloy housing and through-feed single-gang design reduce installation time and maintenance costs in harsh environments. Designed for Open and Close signaling, with 3/4 inch trade size and 2 pushbuttons. This combination supports safer, compliant operations and faster fault isolation for procurement and maintenance teams. It also aligns with industry best practices for explosion-proof pushbutton stations.
Product Information
Extended Description
EDSC215 OP CL Eaton Crouse-Hinds: Eaton Crouse-Hinds series EDS pushbutton control station, With pushbuttons, Open, Close, Feraloy iron alloy, Two circuit, 2, Single-gang, 2, Through feed, 3/4", 600 Vac
Product Name
Eaton Crouse-Hinds series EDS pushbutton control station
Catalog Number
EDSC215 OP CL
Product Length/Depth
3.5 in
Product Height
6.72 in
Product Width
5.81 in
Product Weight
3.65 lb
UPC
782274985282
Area classification
Hazardous/Classified Locations
Standards type
NEC/CEC
NEC hazardous rating
Class III Class I, Division 1 Class II, Division 1 Class II, Division 2 Class I, Division 2
NEMA Rating
3 9 7
Enclosure type
With pushbuttons
Voltage rating
600 Vac
Number of gangs
Single-gang
Number of pushbuttons
2
Number of devices
2
Normal position
Two circuit
Indicating plate markings
Open, Close
Style
Through feed
Trade size
3/4"
Material
Feraloy iron alloy
SP3D Design Package - EDS and EFS Explosionproof Control Stations
EDS/EDSX Hazardous Area Control Stations catalog page
EDS and EFS Explosionproof Pushbutton, Pilot Light, and Selector Switch Control Stations Canadian certification
EDS and EFS Explosionproof Pushbutton, Pilot Light, and Selector Switch Control Stations Canadian certification
IF 328 - EDS, EFS, EDSC and EFSC Single- and Two-gang Device Bodies
IF 328 - EDS, EFS, EDSC and EFSC Single- and Two-gang Device Bodies
IF 328 - EDS, EFS, EDSC and EFSC Single- and Two-gang Device Bodies
Eaton Specification Sheet - EDSC215 OP CL
Feature: Compact through-feed, single-gang enclosure housing two pushbuttons and two devices. Business impact: Reduces panel depth, simplifies wiring, and speeds installation in new or retrofit projects. Application: Ideal for conveyors, pumps, and motor controls where space is limited but reliability is non-negotiable. The through-feed design also supports easier field wiring in harsh environments, reducing modification steps during expansion. Feature: 600 Vac voltage rating and dual-channel operation. Business impact: Supports high-power control circuits with a comfortable safety margin, extending component life and reducing nuisance trips. Application: Suitable for start/stop circuits, valve actuation, and pump control in hazardous areas where performance margins matter. Feature: Feraloy iron alloy enclosure provides rugged durability and corrosion resistance in explosive atmospheres. Business impact: Improves uptime, lowers maintenance frequency, and protects internal components against environmental stressors. Application: Petrochemical plants, offshore platforms, and chemical processing facilities where harsh chemicals and temperature swings are routine. Feature: Open and Close markings on the indicating plates for at-a-glance status. Business impact: Reduces misoperation risk, accelerates start-up checks, and improves operator training. Application: Open/Stop/Close sequences in automated lines and hazardous area interlocks. Feature: NEC/CEC compliance for Hazardous/Classified Locations; Class I Division 1/2, Class II Division 1/2; NEMA 3, 9, 7. Business impact: Streamlines procurement, reduces regulatory risk, and ensures traceable safety documentation. Application: Oil & gas, chemical processing, mining, and other regulated industries. Feature: Through-feed with 3/4" trade size and single-gang footprint. Business impact: Facilitates rapid retrofits and consistent panel design across multiple stations. Application: Panel upgrades and distributed control where consistency reduces training time and error rates.
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FAQs
The EDSC215 OP CL is a two-pushbutton, two-device control station designed for single-gang installations with a 3/4 inch through-feed. Use approved hazardous-location wiring methods per IF series installation sheets and follow NEC/CEC guidelines for Class I and II locations. The compact footprint simplifies panel layouts, while through-feed wiring reduces field modification time during upgrades or expansions.
This unit is rated for 600 Vac and supports two pushbuttons across two devices. It is a single-gang enclosure with a through-feed design, providing two signaling channels with Open and Close markings. Suitable for high-power control circuits and interlocks in hazardous environments, it helps manage start/stop processes with improved reliability.
Yes. The EDSC215 OP CL carries NEC/CEC approvals for Hazardous/Classified Locations, including Class I Division 1 and Division 2, as well as Class II locations. It also aligns with NEMA 3, 9, 7 ratings, making it appropriate for oil, gas, chemical processing, and other harsh industrial environments.
The control station complies with NEC/CEC standards for hazardous locations and area classifications. It is listed for Class I and II locations and conforms to multiple NEMA ratings for durability in challenging conditions. Canadian certifications and UL-related documentation are included in the referenced UL/Canadian certification materials.
The feraloy iron alloy housing and explosion-proof design reduce corrosion-related downtime and maintenance frequency. Through-feed wiring and a compact single-gang footprint speed installation, lowering labor costs during commissioning. Its high-visibility Open/Close indicators also minimize operator errors, contributing to improved uptime and a faster return on investment in hazardous-area automation projects.