SS1-ETS Energize to Stop Output Module

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SS1-ETS Energize to Stop Output Module 12/24VDC

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Typical Applications:

Engine Fuel Shutoff Solenoid with Energize to Stop Output
Energize to Run to Energize to Stop Conversion Relay

Note: Part Number and Pricing Change Based on Options Selected.

Relay Socket and/or Wire Harness Sold Separately.

Base Price $49.50

Product Code: SS1-ETS

Module Configuration

Output Signal*:

Parameter Defines Output Signal (Battery [+] or Ground [-] Signal)

Input 1 Function*:

Parameter Defines the Fuel Solenoid Input Activation Signal

Debounce Timing*:

Amount of time the Input Must Be Active before output Activate

Input 2 Function*:

Parameter Determines Optional Input 2 Functionality

Output Timing*:

Amount of Time Output Stays On when Energize to Stop Signal is Active

Contact Design*:

Parameter Specifies Contact Base Design (9-Pin or 5-Pin Configuration)

Description

Technical Specs

Options / Accessories

Energize to Stop Output Module Developed for the Mobile Engine and Equipment Market
Can Withstand High Vibration, Fluctuating Voltages and Extreme Temperature Conditions
Solid State Output Can Be Configured as Either a 10A High-Side or 1A Low-Side Output Signal
Compact Weather Resistant Design Utilizes a Standard Automotive Style Relay Socket
2x Digital/Analog Inputs Can Be Configured to Each Customer's Requirement
RoHS Compliant
Customizable Using Online Configuration Tool

Configurable Parameters

Debounce Timing
Timing Duration
Input Signals: Digital: High-Side or Low-Side, Analog: 0-36 Volts, Analog: 0-5 Volts, Analog: 4-20 mA, Analog: Frequency Hz
Input Function: Normally Open or Normally Closed
Digital Output Function: Normally Open or Normally Closed
Digital Output: High-Side 10A or Low-Side 1A

In addition to providing our standard hardware platform with custom software, DFX will also design and manufacture custom variations of our electronics. Our engineers are experienced with embedded systems and design our circuits utilizing multi-layer printed circuit boards in combination with the surface mount and through-hole technology.