DIG Irrigation PN2MPT-200 2" In-line Filter with 200 Mesh WP6000G Color Gray Modes of Protection

Color Gray Modes of Protection 7 Surge Protection Type 1 Enclosure Type NEMA Type 4X Surge Protection Technology Individually integrated thermal disconnect technology TPMOV Voltage 347/600 VAC 3-Phase Wye Filter No Filter Warranty Period 10-Year limited Has LED Remote Contact Audible Alarm Yes Maximum Surge Current Rating Per Phase 100 kA Conduit Size 3/4" Diagnostics Indicator Audible Alarm Indicator

The 50cm / 19

75-inch cutting capacity

With PRS-D: 5 to 200 GPM (1

Red LED Service Indicator Maximum Continuous Operating Voltage (L-G) 150 Maximum Continuous Operating Voltage (L-L) 300 Maximum Continuous Operating Voltage (L-N) 150 Maximum Continuous Operating Voltage (N-G) 150 Maximum Continuous Operating Voltage HG 300 Maximum Continuous Operating Voltage HL 300 Maximum Continuous Operating Voltage HN 300 Maximum Surge Current Rating Per Mode 50 kA Nominal Discharge Current 20 kA RoHS Certification Yes Short Circuit Current Rating 200 kA Surge Protection LED Indicator Yes Voltage Protection Rating (L-G) 1200 Voltage Protection Rating (L-L) 1200 Voltage Protection Rating (L-N) 700 Voltage Protection Rating (N-G) 600 Voltage Protection Rating HG 2500 Voltage Protection Rating HL 1800 Voltage Protection Rating HN 1200 Wire Size Max #10 AWG Operating Temperature Max (°C) 80 Operating Temperature Max (°F) 176 Operating Temperature Min (°C) -40 Operating Temperature Min (°F) -40 Product Depth (in) 3

DIG Irrigation PN2MPT-200 2" In-line Filter with 200 Mesh WP6000G Color Gray Modes of ProtectionDIGs Heavy Duty 2 MPT screen filters with reinforced bodies incorporate an easy to remove filter cover and feature robust housing design, including a large filtration area to ensure high performance and long life. The 2 filters accept a wide range of interchangeable, color coded screens and disc elements to suit any specific application for wells and municipal water supplies. The large filtration area offers nominal head loss and high flow rates. The