Purpose-built systems.
Specified down to the component.

Heavy-duty galvanized steel frames house a belt-driven fan and centrifugal airtight louver shutter mechanism. Shutters close when the fan stops to reduce backdrafts and unwanted air leakage.

Sizes

50-inch / 36-inch

Drive

Up to 1.5 HP for selected 50-inch models

Construction

Galvanized steel frame; centrifugal shutters

Application

Tunnel ventilation and negative-pressure sheds

Reference makes: MultiFan (Netherlands), Poosung and Huasheng. Brand availability, origin and approved equivalents are confirmed at quotation; no dealership affiliation is implied.

Aerodynamic fiberglass cones help reduce turbulence and support efficient exhaust airflow. Suitable models can operate continuously during extreme summer heat, subject to motor duty rating and maintenance.

Housing

Fiberglass aerodynamic cone

Use case

High-demand summer ventilation

Selection basis

Required airflow at actual static pressure

Performance

Potential airflow improvement up to 10%*

*Comparison depends on the fan, motor, installation and operating pressure. Confirm supplier test data; this is not a guaranteed gain at equal power.

Aerodynamic plastic wall flaps connect through steel rods to a central actuator. During winter and brooding, properly adjusted inlets direct cold incoming air toward warm ceiling layers before it reaches birds at floor level.

Operation

Motor-actuated flap adjustment

Linkage

Steel rods and central drive

Use case

Winter and brooding ventilation

Commissioning

Pressure, throw and opening calibration

Overhead suspended jet fans positioned along the shed center help mix internal air, reduce heat stratification and eliminate stagnant air zones. Placement is designed around the shed layout.

Sizes

18-inch / 24-inch

Mounting

Overhead suspended

Function

Internal air mixing

Application

Dead-air zones and temperature stratification

Curved black plastic light-trap modules fit compatible exhaust units to limit incoming sunlight and support controlled lighting cycles. Their airflow resistance must be included in fan selection.

Material

Curved black plastic baffles

Mounting

Compatible exhaust openings

Function

Limit sunlight ingress

Design check

Pressure drop and remaining airflow

PVC backup curtains operate through winches and electromagnetic release clips. A properly configured fail-safe arrangement releases the curtains by gravity on complete utility and generator power failure to enable natural cross-ventilation.

Curtain

PVC, winch-operated

Release

Electromagnetic fail-safe clips

Trigger

Full power / genset failure

Acceptance test

Release operation and unobstructed travel

Emergency ventilation must be commissioned and tested regularly. A curtain release system does not replace alarms, backup-power planning or site-specific safety design.

Cross-fluted cellulose paper blocks treated with anti-rot resin provide a wetted surface for evaporative cooling. Performance depends on outdoor dry-bulb and wet-bulb temperatures, airflow and water distribution.

Models

7090 / 5090

Thickness

6 inches

Material

Resin-treated cross-fluted cellulose

Indicative reduction

10–12°C in suitable hot, dry conditions*

*Not a guaranteed shed-temperature reduction. High ambient humidity limits evaporative performance; final pad sizing and expected conditions require engineering calculations.

Extruded aluminium frames support the cooling pads. A perforated top PVC distribution line spreads water across the pad while structural base gutters collect runoff for recirculation.

Frame

Extruded aluminium

Distribution

Top perforated PVC pipe

Collection

Structural base gutters

Maintenance

Access for cleaning and water treatment

Industrial inline water-cooling modules can be evaluated for selected high-temperature June–August applications requiring controlled pad-water temperature. Chilled water is not automatically an efficient improvement to an evaporative system.

Configuration

Inline industrial cooling module

Use case

Site-specific summer cooling demand

Integration

Pad-water circulation circuit

Design review

Heat load, energy use and water conditions

Chiller capacity and economic benefit require a site-specific assessment before inclusion in the system.

Central-computer-controlled heaters combine electronic ignition, stainless steel combustion chambers and internal blowers to supply warm air. Burner safety, ventilation and temperature control are integrated during commissioning.

Control

Central automation system

Ignition

Electronic

Chamber

Stainless steel

Reference equipment

Holland / Munters-type configurations

Reference makes describe equipment classes only. Supply model, combustion type, fuel compatibility and safety certification are confirmed in the quotation.

External firebrick furnace chambers transfer heat to a separate clean-air circuit. Ducting distributes warm air into the shed, keeping combustion gases separate from the supplied air when correctly designed and maintained.

Fuels

Biomass, coal or wood; model-dependent

Placement

External furnace chamber

Delivery

Heat exchanger and clean-air ducting

Assessment

Fuel availability, emissions and running cost

Potential fuel savings depend on local prices, moisture content, combustion efficiency and maintenance. Savings are not guaranteed.

Ceramic radiant plates direct localized warmth onto the chick floor zone. Brooder height, coverage and temperature settings are configured to bird age and site requirements.

Heating mode

Infrared radiant

Mounting

Suspended canopy

Application

Localized chick brooding

Controls

Fuel regulation and temperature management

Commercial-grade regulators and distribution manifolds connect multiple LPG cylinders to compatible heating equipment. Design includes pressure regulation, isolation and leak-testing requirements.

Cylinder arrangement

Multiple 45 kg LPG cylinders, where specified

Hardware

Rated regulators and manifolds

Commissioning

Pressure and leak testing

Installation

Qualified gas-system personnel

Cylinder placement, ventilation and system protection must meet applicable local requirements and the equipment manufacturer’s instructions.

Outdoor zinc-coated feed-storage towers stand on an engineered foundation. Electronic load cells at the silo supports measure remaining feed mass after calibration and allow stock monitoring through compatible controls.

Nominal capacity

10–30 tonnes

Construction

Zinc-coated steel

Measurement

Electronic support-leg load cells

Civil works

Engineered concrete foundation

Working capacity depends on feed bulk density; structural loads and calibration are verified for the selected installation.

Rigid transition tubes with internal flexible steel augers transport feed from the outdoor silo to shed hoppers. Routing and motor sizing account for line length, bends and required delivery rate.

Tube diameter

3–4 inches, selected by throughput

Transport

Flexible steel screw auger

Route

Outdoor silo to internal hoppers

Design inputs

Length, bends and delivery rate

Intermediate sheet-metal hoppers supply the feeding line at its head. High-torque geared drives move the line auger and are controlled by the terminal feed-demand sensor.

Hopper

Sheet-metal intermediate bin

Motor range

0.75–1.5 HP

Drive

High-torque gear motor

Control

Demand-based start / stop

Connected galvanized pipes carry a rotating internal spiral that moves feed granules along the shed. Pipe alignment, suspension and drive loading are checked during installation.

Pipe

Galvanized feed-line sections

Conveyor

Rotating internal steel spiral

Installation

Aligned suspended lines

Function

Feed transport to distributed pans

Broiler feed pans provide feed access around the line and allow feed levels to be adjusted as birds grow. Available configurations include adjustable grills, cones, shut-off slides and removable pan bases; the exact arrangement depends on the selected model.

Adjustment

Up to 7 levels on selected models

Components

Moulded plastic pan, grill, cone and adjustment parts

Feed control

Model-dependent adjustment ring and shut-off slide

Chick access

Removable-base or floor-level feeding options on compatible models

Layout

Pan spacing and birds per pan selected for flock and pan design

Options

Fixed or swinging designs and individual pan shut-off, where supported

Pan diameter, grill count, pans per pipe section and bird capacity are confirmed for the supplied model.

Capacitive feed-level switches in the terminal pan signal demand to the line drive, automatically starting and stopping feed delivery. Sensitivity and control delays are set during commissioning.

Sensor

Capacitive proximity / level switch

Location

Terminal feeding pan

Action

Automatic drive start / stop

Setup

Sensitivity, delay and fail-state checks

A thin steel wire above feed pipes discourages birds from roosting on the equipment and contaminating feed. Use a purpose-built, current-limited pulsed anti-perch controller matched to the installation.

Placement

Wire above the feed line

Controller

Current-limited pulsed energizer

Purpose

Discourage roosting and contamination

Safety

Manufacturer-approved installation

Do not connect the wire directly to mains electricity. Pulse output and welfare suitability must be confirmed from the selected manufacturer’s specifications.

An integrated feeding line combines a hopper, delivery pipes, internal auger, feed pans, terminal feed sensor, geared drive motor, suspension hardware and a control box. Feed travels along the line to the pans; the level sensor signals the controller to stop or restart delivery as demand changes.

Core assembly

Hopper, delivery pipes, auger and feed pans

Drive & control

Gear motor, terminal feed sensor and control box

Installation

Suspension hangers and compatible lifting arrangement

Feeding adjustment

Pan height and feed level set for bird age and pan model

Pan options

Fixed / swinging and individual shut-off, where specified

Support

Installation, commissioning, maintenance and compatible spare parts

Line length, pan count, motor rating and lifting loads are designed for the site. Feed-level adjustments and component options vary by the selected pan system.

Precision-machined stainless steel pins release water when activated. 360-degree nipples allow side and upward activation for young broilers; 180-degree configurations suit selected older-bird and layer-cage installations.

Pin action

360-degree / 180-degree options

Material

Precision-machined stainless steel

Configuration

Broiler lines or compatible layer cages

Management

Correct line height, pressure and flushing

Dry litter depends on pressure, line height, bird behavior and maintenance. Nipple selection alone cannot guarantee dry floors.

Custom main panels provide the central point for incoming power isolation, protection, metering and outgoing circuits. The assembly is designed around the site load schedule and approved electrical drawings.

Scope

Incoming supply and outgoing feeders

Components

Incomer, busbars, metering and protection

Design inputs

Voltage, phase, load and fault level

Configuration

Site-specific enclosure and circuit layout

Dedicated feed panels control silo augers, cross-augers and feeding-line gear motors. Automatic demand signals, manual controls and overload protection are configured for the installed feed system.

Controls

Manual / automatic operation

Inputs

Compatible feed-level sensors

Motor circuits

Contactors and overload protection

Commissioning

Motor direction, demand signals and interlocks

Emergency control panels bring together the agreed alarm signals, status indication and essential-system controls. The emergency operating sequence is defined for the site and tested during commissioning.

Scope

Project-defined emergency functions

Signals

Power status and connected alarm inputs

Integration

Ventilation or backup controls as specified

Testing

Documented functional and fail-state checks

Changeover panels transfer the site between approved power sources using appropriately interlocked switching. Manual changeover or automatic ATS/AMF arrangements are selected to match the generator and site requirements.

Sources

Utility and generator, where specified

Operation

Manual changeover or automatic ATS/AMF

Switching

Interlocked source selection

Sizing

Load current, poles and protection coordination

Distribution panels divide the incoming supply into protected outgoing circuits for equipment, shed zones and auxiliary loads. Circuit identification and isolation points support operation and maintenance.

Circuits

Equipment, zones and auxiliary loads

Protection

Selected for each outgoing circuit

Documentation

Circuit labels and load schedule

Enclosure

Selected for the installation environment

Lighting panels coordinate shed or industrial lighting circuits, switching schedules and manual overrides. Dimming is included where compatible drivers, lamps and controllers are specified.

Functions

Switching, scheduling and manual override

Dimming

Subject to lamp and driver compatibility

Application

Poultry sheds and industrial lighting

Selection

Connected load and control requirements

Replacement augers and spiral coils for compatible silo-transfer and internal feeding lines. Spiral diameter, winding direction, line length and drive connection must match the existing installation.

Match

Pipe and spiral dimensions

Check

Winding direction and drive connection

Use

Silo transfer or internal feeding lines

Enquiry details

Existing model, dimensions and photographs

Replacement feed pans, grills, cones, drop tubes and adjustment rings for compatible broiler feeding lines. Individual parts or complete pan assemblies can be specified to suit the installed system.

Parts

Pans, grills, cones and adjustment rings

Fit

Model-specific locking and mounting points

Use

Worn or damaged feeding stations

Confirm

Existing pan model and part dimensions

Replacement geared motors, gearboxes and compatible drive couplings for feed-line and auger systems. Selection is based on supply, mounting, output speed, torque and duty requirements.

Match

Motor voltage, phase and power

Mechanical fit

Mounting, shaft and coupling

Drive selection

Output speed and required torque

Information needed

Motor and gearbox nameplate photographs

Winches and compatible lifting components for raising and lowering feeding or drinking lines. Load capacity, mounting and the complete suspension arrangement are assessed before replacement.

Use

Feeding- and drinking-line height adjustment

Options

Hand winches or suitable lifting drives

Match

Load rating, cable and mounting

Service

Inspection, adjustment and replacement

Replacement galvanized feed pipes, couplers, clamps and compatible drop outlets keep feed lines aligned and connected. Outlet spacing and pipe dimensions must match the installed feeding system.

Parts

Pipes, couplers, clamps and outlets

Match

Pipe diameter and connection style

Layout

Outlet spacing and line alignment

Use

Section replacement and line repairs

Compatible silo discharge boots, transition components, hopper outlets and slide gates for the feed-transfer path. Selection accounts for the silo or hopper interface and installed auger configuration.

Parts

Boots, outlets, transitions and slide gates

Match

Silo / hopper connection dimensions

Interface

Compatible auger inlet

Use

Feed-transfer repairs and component replacement

Compatible feed-level sensors and control components for feed demand and motor switching. Electrical ratings, sensor output type and wiring are checked against the existing control panel.

Parts

Level sensors, relays and contactors

Protection

Suitable motor overload components

Match

Voltage, output type and wiring

Service

Fault diagnosis and functional testing

Replacement suspension wire, pulleys, hangers, clamps and line-support hardware for automated feed and drinking systems. Hardware is selected for the line load and compatible lifting arrangement.

Parts

Cables, pulleys, hangers and clamps

Application

Feeding and drinking line suspension

Match

Load capacity and cable dimensions

Inspection

Wear, alignment and secure attachments

Replacement bearings, bushes, seals and shaft couplings for compatible feeding-line drive assemblies. Identifying the original component and checking alignment helps address the cause of repeated wear.

Parts

Bearings, bushes, seals and couplings

Match

Part number, bore and shaft dimensions

Service

Wear inspection and alignment checks

Selection

Existing drive make and model

A multi-function shed controller for coordinating ventilation, curtain and inlet movement, cooling, heating and lighting. Indoor and outdoor measurements support adjustments as weather conditions change.

Ventilation

15-step fan control

Climate outputs

1 cooling system; 2 heater outputs

Auxiliary outputs

1 light output; 1 alarm output

Temperature sensing

4 indoor sensors and 1 outdoor sensor

Additional sensing

1 humidity sensor; 1 pressure sensor

Connectivity

Computer-networking upgrade, subject to compatibility

Coordinates minimum ventilation with bird-weight targets and the selected maximum operating fan demand. Compatible inverter and step-fan arrangements can be integrated to match the shed ventilation strategy.

Ventilation

10-step fan control; 1 air-inlet control

Heating / cooling

1 heater stage; 1 timed cooling stage

Lighting / alarms

Day-length lighting; high/low temperature and humidity alarms

Sensors

3 temperature sensors; 1 humidity sensor

Display

3 display fields for temperature / humidity

Connectivity

Computer-networking upgrade, subject to compatibility

Inverter compatibility, control functions and any energy benefit depend on the installed configuration; no energy saving is guaranteed.

A climate controller combining temperature stages, timed cooling, heating and lighting with temperature/humidity monitoring. The final sensor arrangement is selected against the model documentation.

Temperature control

12 temperature stages

Heating / cooling

1 heater stage; 2 timed cooling stages

Lighting

1 day-length lighting stage

Alarms

High/low temperature and humidity

Sensors / display

Humidity sensing; temperature inputs; 3 display fields

Connectivity

Computer-networking upgrade, subject to compatibility

Temperature-sensor quantity and the stated 0.5°C performance figure require confirmation against the manufacturer’s datasheet. They are not treated as verified specifications here.

Combines staged ventilation and climate outputs with target curves for temperature, humidity and minimum ventilation. Data logging and loading support configuration review and farm operation.

Programmable functions

8 programmable stages, as listed for the model

Ventilation

10-step fan control, subject to output configuration

Heating / cooling

1 heater stage; 2 timed cooling stages; cooling timer

Lighting / alarms

2 day-length lighting stages; high/low climate alarms

Sensors / display

4 temperature sensors; 1 humidity sensor; 3 display fields

Management functions

Temperature, humidity and minimum-ventilation curves; data logger / loader; networking upgrade

Programmable-stage and fan-step counts describe different functions; available simultaneous outputs and the exact model revision must be confirmed.

A compact controller for farms needing fan steps, cooling, heating and lighting in one control arrangement, with temperature and humidity displayed for the operator.

Ventilation

5-step fan control

Climate outputs

1 cooling system; 1 heater stage

Lighting

1 light output

Sensors

1 temperature sensor; 1 humidity sensor

Display

Temperature and humidity

Connectivity

Computer-networking upgrade, subject to compatibility

Provides stepped fan control and a cooling timer for straightforward climate-management requirements. Humidity monitoring can be included when the optional sensor is fitted.

Ventilation

4-step fan control

Cooling

Cooling-system control and timer

Temperature sensing

1 temperature sensor

Humidity sensing

1 optional humidity sensor

Display

Temperature; humidity when equipped

Combines a timed minimum-ventilation fan with staged fan control and a 0–10 V variable-speed output. Cooling, heating and alarm functions support routine shed climate management.

Minimum ventilation

1 minimum fan with timer

Staged ventilation

9 fan-control stages

Variable-speed control

0–10 V output for compatible fan controls

Climate outputs

Cooling-pump control; 1 heater stage

Sensors

2 temperature sensors; optional humidity sensor

Alarms

High/low climate conditions and configured bird-stress alarm

Alarm availability depends on the fitted sensors and model configuration. A bird-stress alarm is a configured warning function, not a direct animal-health measurement.

An entry-level controller for staged temperature control with cooling, heating and an alarm output. Optional humidity sensing and compatible networking can extend the installation.

Temperature control

4 temperature stages

Climate outputs

1 cooling stage; 1 heater stage

Alarm

1 alarm stage

Temperature sensing

1 temperature sensor

Display

Temperature / humidity, depending on sensors fitted

Expansion

Optional humidity sensor and computer-networking upgrade

A compact temperature-and-humidity unit for applications such as egg-storage rooms and cold storage. Built-in sensing and a digital display provide a local view of environmental conditions.

Applications

Egg storage and cold-storage environments

Temperature sensing

Built-in temperature sensor

Humidity sensing

Built-in humidity sensor

Readout

Digital temperature and humidity display

Control integration

Confirm output type, range and switching capability before selection

The operating range and environmental rating must suit the storage conditions; sensing capability alone does not establish refrigeration-control compatibility.

Central software collects climate information from compatible controllers and presents it at a farm-management computer. Supported configurations allow operators to review readings, adjust target temperatures and permitted settings, and receive controller alarm notifications.

Platform

Windows-based software; supported versions to be confirmed

Functions

Climate-data collection and central monitoring

Operator control

Remote setting changes on compatible controllers

Alarms

Controller-event notification at the management computer

Requirements

Compatible software, controller firmware and communication interface

Computer monitoring does not replace the on-site alarm or fail-safe controls. Licensing, operating-system support, remote-access method and available functions are confirmed for the supplied configuration.

A communication interface connecting compatible climate controllers to a central farm-management computer. The supplied configuration can support multiple controllers on one communication network.

Role

Communication between climate controllers and a PC

Listed capacity

Up to 60 compatible controllers per interface

Traffic

Controller readings and supported command exchange

Selection checks

Controller models, cabling, distance and software compatibility

The listed connection limit is subject to the interface version, network layout and approved controller combination.

A USB communication interface for compatible farms with a smaller number of climate controllers. It links the farm computer to the supported controller network for monitoring and permitted setting changes.

Computer interface

USB

Application

Smaller compatible controller networks

Requirements

Supported drivers and farm-management software

Capacity

Confirm controller count and communication distance

An alarm unit for connected fault signals such as power loss, fan overload or out-of-range environmental readings. Compatible feed and water monitoring equipment can provide additional alerts when those inputs are supported.

Backup

Rechargeable battery backup

Potential signals

Power failure, fan overload and high/low temperature

Additional signals

Feed / water deviations with compatible monitoring inputs

Input arrangement

Input quantity and supported signal types to be confirmed

Commissioning

Alarm trigger, battery condition and backup operation tests

Confirm supported input quantity, signal types and alarm-output behavior against the selected unit before ordering.