Product Description
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| Product Information | Resources |
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RoHS Compliant| Specifications |
| Product Attribute | Attribute Value |
| Type | Overcurrent |
| Coil Voltage | 120 VAC |
| Contact Configuration | 1C SPDT |
| Mounting | 11 Pin Plug-in |
| Current Range Monitored | See Data Sheet |
| Indicator LED | Green when Input Voltage is applied; Red when Relay is energized |
| Input Voltage Tolerance | +10/-15% of nominal at 50/60 Hz. |
| Load (Burden) | Less than 5VA |
| Current Settings | Pick-up (Threshold): Adjustable throughout monitored current range Drop-out (Hysteresis): Adjustable from 5-50% below pick-up setting |
| Response Times | Pick-up & Drop-out: Fixed 100ms; Sensing delay on power-up (ts): 0.1 - 10 seconds |
| Output Contacts | 10A@240VAC/7A@28VDCSPDT,1/4HP@120VAC(N.O.) |
| Life | Mechanical: 10,000,000 operations Full Load: 100,000 operations |
| Temperature: Operating | -28o to 55o C (-18o to 131o F) Storage: -40o to 85o C (-40o to 185o F) |
| Mounting | Requires an 11 pin octal socket (Macromatic 70170-D) that can be mounted on 35mm DIN rail or panel-mounted with two screws |
| Series Features |
| CAP Series AC/DC Overcurrent |
| Series Description: The CAP Series current sensing relay is used to detect an AC or DC overcurrent condition. It has two operating modes: non-latching or latching. Each relay has three top-mounted potentiometers: one for selecting the pick-up setting within the selected monitored current range (“Threshold”), one for selecting the drop-out setting of 5-50% below pick-up setting (“Hysteresis”), and one for setting the start- up sensing delay (ts). This delay, which is adjustable from 0.1 - 10 seconds, inhibits energization of the output relay during the start-up period. CAP Series relays have three built-in current ranges (see right) to monitor both AC & DC current. Each one is easily selectable by connecting to the corresponding terminal and to the COM terminal (see Wiring Diagram below) Non-Latching Mode: The unit will operate in the non-latching mode if no circuit is completed across pins 9 & 11. After input voltage is applied (LED is Green) and the start-up sensing delay (ts) of 0.1 - 10 seconds is completed, the relay will energize when the monitored current is above the adjustable pick-up setting (“Threshold”). The LED will be Red. It will de-energize when the monitored current goes below the adjustable drop-out setting (“Hysteresis”) by 5-50% of the selected pick-up setting or when input voltage is removed. The LED will be Green. Latching Mode: The unit will operate in the latching mode if a N.C. contact (Memory S2) is connected across pins 9 & 11 (see Wiring Diagram). After input voltage is applied (LED is Green) and the start-up sensing delay (ts) of 0.1 -10 seconds is completed, the relay will energize when the monitored current is above the adjustable pick-up setting (“Threshold”). The LED will be Red. It will de-energize when the monitored current goes below the adjustable drop-out setting (“Hysteresis”) by 5-50% of the selected pick-up setting and the N.C. contact (Memory S2) is opened, or when input voltage is removed. The LED will be Green. It is recommended to set the Hysteresis at 5% when in the latching mode. |
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