NaanDan - Micro Sprinkler Hadar 7110 Inverted 1.1 mm 360° Bayonet M Red - 7020940

NaanDan – Micro Sprinkler Hadar 7110 Inverted 1.1 mm 360° Bayonet M Red

Rated at 61 l/h at 2 bar and a 4.25 m radius, this red-nozzle Hadar 7110 inverted micro sprinkler covers a full 360° pattern at a recommended working pressure of 1.5–3.0 bar. The 1.1 mm orifice places it firmly in the medium-output bracket of the Hadar range, making it well suited to greenhouse crop lines, nursery beds, and horticultural tunnel installations where consistent, even wetting overhead is required. Connection is via a standard bayonet M fitting, supplied ready to clip onto compatible bayonet stands or LPD assemblies.

Overhead & Inverted Installation

Designed to be mounted upside down on overhead spraylines, the inverted orientation keeps the distribution head above the canopy and reduces drip from the supply line between irrigation cycles. The bayonet M coupling is fully compatible with NaanDan’s Leakage Prevention Device (LPD), which holds water in the line between runs and allows an entire section to open simultaneously — eliminating the slow-fill delay common in gravity-drained systems. The design also suits antimist bayonet connectors, making it a practical choice for single-row tunnels and glasshouses.

Nozzle Colour Coding & Filtration

The red colour coding identifies the 1.1 mm nozzle unambiguously during installation and routine maintenance, reducing the risk of mismatched nozzles across a zone. At this orifice size, a minimum filtration of 130 micron (120 mesh) is recommended to protect the rotor from blockage. The modular Hadar 7110 construction means inserts, nozzles, and base connectors are interchangeable across the range, so spares management on larger installations is straightforward.

Applications & Spacing

The 4.25 m wetted radius at 2 bar gives a wetted diameter of approximately 8.5 m, which aligns with the wider Hadar 7110 inverted rotor data for nozzles in the 1.0–1.2 mm band. This makes the 1.1 mm red variant appropriate for medium-density horticultural crops in greenhouses, nurseries, orchards, and landscape planting beds where irrigation uniformity and controllable flow rate per head are priorities.