Maxivolt engineers designed the ICP-Series to provide sensitive individual circuit protection. The ICP Plus, ICP-CRA, and 420-RW were later introduced to expand the application and communication versatility of the line. ICP devices require a standard octal 8-pin base to install, are available in series and parallel configurations, and provide an alarm pin for device status monitoring. ICP Plus and ICP-CRA devices provide dry contacts for device status monitoring. All ICP-Series devices feature a hybrid circuit consisting of only the highest quality components engineered to provide an industry best clamping threshold for the specific voltage application they are designed for. Safety fusing and the non-ground dependent design eliminate safety risks associated with competitive devices. The various benefits of ICP-Series products provide clients with a quantifiable payback.
THE ICP-CRA
- Optimized Protection Levels
- SenseTech® Communication Options
- Form C Dry Contacts Standard
- Replaceable Protection Modules
- Integrated Safety Fusing
- NEMA® 4X Rated Enclosure
- Custom Voltages Available
APPLICATION
Voltage
120 /240 VAC
Configuration
2 Pole / 3 Wire
CHARACTERISTICS
Fusing
Non Serviceable
Indication
Red Neon Light
Markings
Silk Screened
Enclosure
NEMA® Type 4X
Replacement Module
ICP-110S
CERTIFICATIONS
Module Listing
ETL ANSI/UL 1449
Environmental
RoHS
DIAGRAM
SPECIFICATIONS
Modes of Protection
L-N or L-L
Type
4
Clamp Voltage
(180) 360
MCOV
(140) 280
Operating Temperature
-40° C to 85° C
Operating Humidity
1% to 95%
Filtering
UL 1283
EMI-RFI Noise Attenuation
< 40 db
Capacitance
1 to 1.5 µF / Line
Component Response Time
< 1 ps
Dry Contact Rating AC
24VDC-240VAC
Relay Max Current
10 Amps
STANDARD INSTALLATION SUMMARY
MAXIVOLT
Serious Surge Protection®
ICP Series
Made in the USA
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A team of power quality specialist to help you find a solution for your power quality issues. With vast experience and knowledge protecting industries from transient voltage, our team will help you with product selection, placement, and installation are critical to the performance of a surge protection system.
