CITIMAX 400 Price Guide: Specifications, Configuration, and Total Cost

The CITIMAX 400 does not have one universal market price. The final quotation normally depends on the refrigeration configuration, vehicle body, installation scope, power supply, delivery location, and after-sales requirements. I recommend evaluating the complete installed cost rather than comparing the equipment price alone, because mounting, electrical work, commissioning, transport, and spare parts can materially change the project budget.

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In this guide, I explain how I assess a CITIMAX 400 quotation, which specifications must be confirmed, how to match the unit to an emergency vehicle or other commercial vehicle, and what information buyers should send to a supplier such as ACOOLER. Because model configurations and regional prices can change, I treat any unverified online figure as an estimate rather than a firm offer.

Who This CITIMAX 400 Price Guide Is For

This guide is intended for fleet managers, emergency vehicle manufacturers, body builders, refrigerated transport operators, importers, distributors, and procurement teams. It is particularly useful when the unit will be installed on a truck or special-purpose vehicle and the buyer needs a complete supply-and-installation quotation. It can also help buyers compare a direct replacement with a new vehicle refrigeration project.

For emergency vehicles, I recommend looking beyond cooling capacity and checking operating noise, battery demand, vehicle alternator capacity, service access, and the effect of the unit on available payload. A refrigeration unit that appears inexpensive may become unsuitable if it requires major body modifications or creates an electrical-load problem.

What Is the CITIMAX 400?

The CITIMAX 400 is a truck refrigeration unit designation associated with the CITIMAX product family. In practical terms, it is intended to control the temperature of an insulated vehicle body during transport, subject to the unit’s actual configuration, ambient conditions, body construction, cargo load, and installation quality. Buyers should confirm the exact model label, drive arrangement, voltage, control system, and factory specification shown on the supplier’s quotation.

The number “400” should not automatically be interpreted as a guaranteed refrigeration capacity, a body-volume limit, or a 400-watt rating. Model naming conventions differ between product families and regions, so I ask suppliers to provide the official technical datasheet and serial-number-compatible parts information before approving a purchase.

Core Functions

• Maintaining a specified temperature range inside an insulated cargo body.
• Supporting chilled or frozen transport when the selected configuration is suitable for that duty.
• Providing temperature control during loading, delivery, and route operation, subject to operating limitations.
• Allowing integration with the truck’s mechanical, electrical, or standby power system, depending on configuration.
• Supporting service diagnostics and routine maintenance through the applicable control and service system.

Temperature performance is not determined by the refrigeration unit alone. Insulation thickness, door-opening frequency, product temperature at loading, solar exposure, airflow around the condenser, and the body’s internal dimensions all affect the result.

CITIMAX 400 Specifications to Confirm Before Requesting a Price

A reliable quotation should identify the operating and installation parameters in writing. I recommend requesting the following information rather than accepting only a model name: cooling duty at stated ambient conditions, refrigerant specification, drive type, voltage, controller, condenser arrangement, evaporator dimensions, noise information, mounting kit, warranty terms, and service documentation.

For example, a body designed to carry products at 2–8°C has a different operating objective from a body requiring frozen transport at approximately -18°C. These figures are application examples, not a claim about the standard CITIMAX 400 operating range. I only confirm a target temperature after reviewing the product specification and the customer’s heat-load conditions.

For regulated cold-chain projects, I also review the applicable transport rules before selecting equipment. The UNECE ATP framework is a useful authoritative reference for temperature-controlled transport equipment and special bodies, although local implementation and product requirements must be checked separately. Source: UNECE temperature-controlled transport information.

How CITIMAX 400 Configuration Affects Total Cost

1. Unit and Configuration Cost

The base equipment price is only the first cost line. The final configuration may include a condenser, evaporator, controller, mounting brackets, compressor or drive components, wiring, refrigerant-related components, protection devices, and installation hardware. Different voltage and drive arrangements can also change the required parts list.

When I compare offers, I ask each supplier to separate the base unit from optional equipment. This makes it easier to identify whether a lower price excludes controls, installation materials, commissioning, or a standby power option.

2. Installation and Vehicle Integration

Installation cost depends on the vehicle chassis, insulated body, mounting position, available space, electrical system, and required body modifications. A roof-mounted arrangement, front-mounted arrangement, or under-body configuration may involve different labor and reinforcement requirements. The quote should state whether drilling, brackets, wiring, condensate management, refrigerant work, testing, and operator instruction are included.

For an emergency vehicle, I also check compatibility with warning systems, medical or rescue equipment, auxiliary batteries, shore power, and the vehicle’s expected idle time. A refrigeration solution may need to operate for several hours while the vehicle is stationary, but the exact requirement should be engineered from the vehicle’s power budget rather than assumed.

3. Logistics, Taxes, and Import Charges

International buyers should request the Incoterm, packing method, estimated gross weight, shipping route, customs classification, and destination charges. Import duty, value-added tax, port fees, inland transport, and local installation can make a delivered price substantially different from an ex-works quotation. I recommend comparing suppliers on the same commercial basis, such as all using FOB, CIF, or DDP where legally and operationally appropriate.

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4. Service and Lifecycle Cost

Routine maintenance, filters, belts where applicable, refrigerant-related service, diagnostics, and replacement controls should be considered before purchase. A supplier that can provide a parts list, maintenance schedule, troubleshooting guidance, and local technical support may offer better lifecycle value than a supplier with only a low initial price.

For refrigerant and environmental obligations, I consult recognized regulatory sources rather than relying on informal claims. The United States Environmental Protection Agency provides useful information on refrigerant management and motor-vehicle air-conditioning requirements, while local regulations may differ. Source: U.S. EPA motor vehicle air-conditioning guidance.

Practical CITIMAX 400 Price Structure

Because I cannot verify a current, region-specific CITIMAX 400 price without the configuration and delivery details, I do not publish a fabricated fixed amount. A professional budget should be structured as follows:

• Equipment price: the refrigeration unit and selected factory configuration.
• Vehicle installation: brackets, wiring, body work, labor, refrigerant service, and commissioning.
• Power or standby options: additional electrical equipment, batteries, generators, or shore-power components where required.
• Logistics: packing, freight, insurance, customs, local delivery, and handling.
• Documentation and support: manuals, training, spare parts, warranty administration, and technical assistance.

This structure allows buyers to compare a replacement unit with a complete turnkey solution. It also prevents a quotation from appearing cheaper simply because important installation or logistics items have been omitted.

How to Select the Right Configuration

Step 1: Define the Cargo and Temperature Objective

Record the product type, loading temperature, required transport temperature, maximum ambient temperature, and acceptable temperature variation. Also record whether the vehicle carries one product category or several products with different requirements. These details are more useful than simply stating the body volume.

Step 2: Calculate the Vehicle Heat Load

The evaluation should consider body dimensions, insulation, door openings, solar radiation, fresh-air exchange, product pull-down, and operating hours. I recommend using a qualified refrigeration engineer or an established calculation method for larger projects rather than selecting a unit only by vehicle length.

Step 3: Confirm the Drive and Electrical System

Confirm whether the unit is engine-driven, electrically driven, or equipped for standby operation. Check the vehicle voltage, alternator output, battery capacity, cable route, fuse protection, and available mounting space. A 12 V and a 24 V vehicle should not be treated as interchangeable without confirming the approved system configuration.

Step 4: Review Compliance and Documentation

Ask for the product datasheet, installation instructions, refrigerant information, wiring diagram, maintenance schedule, warranty terms, and applicable declarations. If the vehicle will carry food, pharmaceuticals, blood products, or emergency supplies, confirm the temperature-monitoring and validation requirements with the end user and local authority.

Step 5: Request a Comparable Quotation

Send the same technical brief to each supplier and request itemized pricing. I normally ask for at least the model designation, technical configuration, lead time, warranty period, packing method, Incoterm, and recommended spare-parts list. A quote is not genuinely comparable if one supplier includes installation and another provides equipment only.

Common Buying Mistakes

• Using a generic internet price without confirming the exact configuration.
• Choosing by body volume alone and ignoring insulation or door-opening frequency.
• Failing to confirm whether installation is included.
• Ignoring the vehicle’s alternator, battery, or standby-power limitations.
• Assuming that a chilled-temperature unit is automatically suitable for frozen cargo.
• Accepting an unclear warranty without identifying labor, parts, and service coverage.
• Ordering before confirming local refrigerant, transport, and vehicle compliance requirements.

Temperature control also depends on operating practice. The World Health Organization emphasizes appropriate temperature control and monitoring for temperature-sensitive products, particularly in pharmaceutical distribution. Source: WHO guidance on the storage and transport of time- and temperature-sensitive pharmaceutical products.

How ACOOLER Can Support Your CITIMAX 400 Project

At ACOOLER, I can help organize the technical information needed for a supplier quotation and vehicle integration review. Our support can include configuration clarification, application matching, insulated-body coordination, mounting and electrical requirement review, export packing, commercial documentation, and spare-parts planning, subject to the requested project scope.

For emergency vehicles, I focus on the complete vehicle system rather than the refrigeration unit alone. I can help your team prepare a specification covering cargo temperature, body dimensions, power source, stationary operation, noise considerations, service access, and delivery destination. This approach gives the manufacturer or installer enough information to confirm the correct configuration instead of guessing from the model name.

Buyer Checklist Before Requesting a CITIMAX 400 Quote

1. Vehicle make, model, chassis voltage, and intended use.
2. Insulated body length, width, height, wall construction, and door arrangement.
3. Required temperature range, such as 2–8°C or a frozen target near -18°C, if applicable.
4. Expected ambient conditions and number of door openings per operating day.
5. Engine-driven, electric, standby, or combined operating requirement.
6. Installation location, mounting restrictions, and available electrical capacity.
7. Destination country, delivery address, preferred Incoterm, and required delivery date.
8. Warranty, commissioning, training, spare parts, and local service expectations.

Key Takeaways

• The CITIMAX 400 price is configuration-dependent and should not be treated as one fixed global figure.
• The complete project cost includes equipment, installation, power integration, logistics, taxes, commissioning, and service support.
• Temperature targets such as 2–8°C and approximately -18°C are application requirements that must be matched to verified technical data.
• Vehicle voltage, body insulation, door openings, ambient conditions, and standby operation can significantly affect selection.
• An itemized quotation is the most reliable way to compare suppliers and avoid hidden costs.

Conclusion: How to Get an Accurate CITIMAX 400 Price

To obtain an accurate CITIMAX 400 price, I recommend submitting a complete vehicle and application brief rather than requesting a model-only price. Include the body dimensions, temperature objective, power arrangement, operating environment, installation location, destination, and support requirements. The supplier can then confirm the applicable specification and issue an itemized quotation.

If you are planning an emergency vehicle, refrigerated truck, replacement project, or export order, send ACOOLER the vehicle details and target application for an initial configuration review. We can help you identify the information required for a comparable quote, clarify the expected supply scope, and prepare the next technical and commercial steps without presenting an unverified price as a guarantee.

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