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Tanzania Layer Chicken Cage Project: Equipment List for a 17,664-Bird Poultry Farm
2026-08-10
Tanzania Layer Chicken Cage Project: Equipment List for a 17,664-Bird Poultry Farm
A poultry farmer from Tanzania selected a 4-tier H type layer chicken cage system for a commercial project designed to house 17,664 laying hens. The main poultry house is approximately 48 × 13 × 2.7 meters, with 92 cage sets arranged in four rows. The purchase also includes feeding equipment, nipple drinking lines, pressure-control components, electric manure removal equipment and installation accessories.
Quick Answer: What Equipment Is Included in This Tanzania Layer Project?
The core configuration includes 92 sets of 4-tier H type layer cages, each designed for 192 laying hens, giving a total capacity of 17,664 birds. The order also includes PVC feed troughs, 2,944 drinking nipples, pressure regulators, trolley feeding machines, four electric manure removal machines, manure belts, cross manure conveying equipment and supporting accessories. The customer’s electrical requirement is 380V, three-phase, 50–60Hz.
For poultry investors comparing layer chicken cages in Tanzania, this project offers a useful reference because it shows how cage quantity, poultry-house dimensions, feeding, drinking and manure removal are coordinated into one practical farm configuration.
What Does the Tanzania Layer Chicken Cage Project Include?
The equipment configuration was prepared around the customer’s target capacity and poultry-house layout. The main project parameters are summarized below.
| Project Parameter | Customer Configuration |
|---|---|
| Country | Tanzania |
| Chicken Type | Laying hens |
| Designed Capacity | 17,664 layers |
| Cage System | 4-tier H type layer battery cage system |
| Cage Dimensions | 1800 × 600 × 430 mm |
| Capacity per Set | 192 laying hens |
| Main Cage Quantity | 92 sets |
| Cage Arrangement | 23 sets per row × 4 rows |
| Planned House Size | Approx. 48 × 13 × 2.7 m |
| House Configuration | Open poultry house with rolling curtains |
| Electrical Supply | 380V, 3-phase, 50–60Hz |
Bird capacity is only the starting point. Passage width, cage-row length, feeding operations, drinking lines and manure discharge must also be considered. For this reason, the poultry-house layout should be confirmed before final equipment production.
How Are the 92 H Type Layer Cages Configured?
The main equipment in the order is the H type layer battery cage system . Each 4-tier cage set measures 1800 × 600 × 430 mm and is designed for 192 laying hens.
The customer purchased not only cage mesh, but also the structural frames, feeding troughs, water pipes, pressure-regulating components and drinking nipples required for the complete cage installation.
| Cage Component | Specification | Quantity |
|---|---|---|
| Cage mesh | Hot-dip galvanized, 1800 × 600 × 430 mm | 92 sets |
| Cage frames | 4-tier U-shaped steel structure | 96 pcs |
| PVC feed troughs | 1.84 m per section | 736 pcs |
| Feed trough accessories | Connectors, elbows and related fittings | 92 sets |
| Water pipes | White Ø25 mm, 4 m per pipe | 370 pcs |
| Pressure regulators | Including brackets, hoses and fittings | 16 pcs |
| Drinking nipples | Integrated cage drinking equipment | 2,944 pcs |
Why Is a 4-Tier H Type Cage Suitable for This Farm?
The H-type arrangement makes more effective use of vertical poultry-house space and provides a practical structure for combining the cage body with feeding, drinking and manure removal equipment.
- Hot-dip galvanized cage mesh for improved corrosion resistance.
- Higher stocking density for more efficient use of poultry-house space.
- Integrated PVC feed troughs and nipple drinking lines.
- Suitable for belt-type manure removal.
- Can be combined with additional automation when the farm expands.
How Is the 17,664-Layer Poultry House Arranged?
The planned chicken house measures approximately 48 m long × 13 m wide × 2.7 m high. The 92 cage sets are divided into four rows, with 23 cage sets in each row.
| Layout Item | Design |
|---|---|
| Number of cage rows | 4 rows |
| Cage sets per row | 23 sets |
| Total cage sets | 92 sets |
| Birds per cage set | 192 layers |
| Total designed capacity | 17,664 layers |
Cage-row arrangement directly influences the required quantities of feed troughs, water pipes, manure belts and other supporting equipment. A house layout should therefore be finalized before the full equipment list is confirmed.
What Drinking Equipment Is Included?
The drinking system is integrated with the cage rows so that water can be supplied consistently to the birds. The main drinking components in this order include:
| Drinking System Item | Quantity |
|---|---|
| Ø25 mm circular water pipes | 370 pcs |
| Pressure regulators | 16 pcs |
| Drinking nipples | 2,944 pcs |
Pressure-regulating components help manage water pressure along the drinking lines. The customer’s external water source, storage equipment and internal cage waterlines should therefore be considered as one connected system.
What Manure Removal Equipment Did the Tanzania Farmer Purchase?
The main cage house uses an electric belt manure removal system. For a commercial flock of 17,664 layers, this configuration reduces dependence on manual manure cleaning inside the poultry house.
| Equipment | Specification | Quantity |
|---|---|---|
| Electric manure removal machine | For 4-tier H type cages | 4 units |
| Drive motor | Approx. 0.75 kW/unit, 380V, 3-phase | Included |
| Control cabinet | Electrical control | 1 unit |
| Manure removal accessories | Baffles, brackets, scrapers and standard components | 92 sets |
| Manure belts | Approx. 1.2 mm thickness | 16 belts |
| Cross manure conveyor | Approx. 3 mm belt, 1.5 kW motor | Approx. 23 m |
What Feeding Equipment Is Used in This Project?
The customer selected two trolley-type feeding machines for the four-tier cage system. Each machine is equipped with a 0.75 kW motor.
| Feeding Equipment | Configuration |
|---|---|
| Quantity | 2 units |
| Application | 4-tier layer cage rows |
| Motor Power | 0.75 kW/unit |
| Main Function | Mechanized feed distribution along cage rows |
This configuration is simpler than the centralized feeding lines used in larger farms, but it still reduces repetitive manual feed distribution. The level of automation should be matched to the actual farm scale and investment plan.
What Other Supporting Equipment Was Included?
Besides the main cage, feeding and manure-management equipment, the customer’s purchase list includes several supporting components for installation and daily farm operation.
| Supporting Equipment | Purpose |
|---|---|
| Cage-cover accessories | Supporting the poultry-house protection configuration |
| Automatic devices | Included with the cage-cover system |
| Steel cables and fittings | Equipment installation and connection |
| Wind-protection ropes | Supporting the open poultry-house configuration |
| Humidifier | Environmental and humidity support |
| Spare accessories | Installation, replacement and future maintenance |
Why Should the Poultry House Be Designed Before Cage Production?
One important lesson from this Tanzania project is that the poultry-house layout should be confirmed before final cage production. Cage quantity alone is not enough to determine whether the equipment will fit and operate efficiently.
In this case, the house dimensions of approximately 48 × 13 × 2.7 m are matched with four H-type cage rows. Once this layout is fixed, waterline length, feed trough quantity, manure-belt length and electrical equipment can be calculated more accurately.
Planning the layout first can help avoid:
- Cage rows that do not fit inside the completed poultry house.
- Insufficient management and service passages.
- Incorrect waterline and feed-trough quantities.
- Motors or control equipment that do not match local power conditions.
- Manure removal equipment that does not match cage-row length.
- Difficulty adding automation during future expansion.
Farmers who are still planning construction can contact Livi Machinery before the poultry house is finalized. A suitable poultry farm design and equipment quotation can then be prepared around the actual project conditions.
What Can Tanzania Poultry Farmers Learn From This Project?
This purchase shows that a commercial poultry farm is a coordinated equipment system rather than simply a group of cages. The cage determines housing capacity, while drinking, feeding, manure management, electricity and building dimensions determine how practical the farm is to operate.
Main equipment in the Tanzania project:
- 92 sets of 4-tier H type layer cages;
- 4 cage rows with 23 cage sets per row;
- Designed housing capacity for 17,664 laying hens;
- Two trolley-type feeding machines;
- Nipple drinking lines and pressure regulators;
- Four electric manure removal machines;
- Manure belts and cross manure conveying equipment;
- 380V three-phase electrical configuration;
- Supporting installation and maintenance accessories.
When comparing poultry farming equipment in Tanzania, farmers should therefore compare the full project configuration instead of focusing only on the price of one cage set.
What Information Should You Provide Before Requesting a Poultry Equipment Quotation?
Supplying the following information allows the equipment configuration to be calculated around the actual farm rather than relying on a generic cage package.
| Information Needed | Why It Matters |
|---|---|
| Target number of laying hens | Determines required cage capacity |
| Existing or planned house dimensions | Determines row quantity and cage arrangement |
| Number of poultry houses | Affects equipment distribution |
| Local voltage and frequency | Determines motor and control-system specifications |
| Water supply conditions | Affects the drinking-system design |
| Required automation level | Determines feeding and manure-management equipment |
| Future expansion plan | Helps reserve space and infrastructure for later growth |
FAQ About the Tanzania Layer Chicken Cage Project
How many H type layer cages are needed for 17,664 chickens?
This project uses 92 sets of 4-tier H type layer cages. Each cage set is designed for 192 laying hens.
How are the cages arranged inside the poultry house?
The main layout uses four cage rows, with 23 cage sets in each row.
What size poultry house is planned for the project?
The house is approximately 48 × 13 × 2.7 meters.
Does the project include automatic manure removal?
Yes. The main cage house includes four electric manure removal machines, manure belts, a control cabinet and cross manure conveying equipment.
Can Livi Machinery configure equipment for a different farm capacity?
Yes. Cage quantity and supporting systems can be configured according to the target bird capacity, poultry-house dimensions, local electrical conditions and required level of automation.
Planning a Layer Poultry Farm in Tanzania?
Whether you plan to raise 10,000, 20,000, 50,000 or more laying hens, the cage layout and supporting equipment should be calculated according to your actual site and management requirements.
Send Livi Machinery your target capacity, poultry-house dimensions or available land size, local voltage and preferred automation level. Our technical team can prepare a suitable poultry-house layout and equipment configuration for your project.
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