The price of a CITIMAX 400 refrigeration unit is not normally a single fixed number. The final quotation depends on the unit’s configuration, vehicle type, installation method, order quantity, destination, tax, freight, and after-sales requirements. I recommend treating the published or quoted price as a starting point and requesting a configuration-based quotation that identifies the exact model, power system, mounting kit, controller, and warranty terms.
This guide explains how I evaluate CITIMAX 400 pricing for commercial vehicle and emergency vehicle projects. It also shows which specifications must be confirmed before comparing offers, how to avoid misleading price comparisons, and how ACOOLER can support an efficient B2B sourcing process.
This guide is intended for fleet operators, emergency vehicle manufacturers, body builders, refrigerated transport companies, distributors, and procurement teams evaluating the CITIMAX 400 for commercial vehicle applications. It is especially useful when the buyer has a vehicle platform but has not yet finalized the refrigeration configuration. I also recommend it for buyers comparing a complete installed solution with a unit-only quotation.
The CITIMAX 400 name alone does not provide enough information to calculate the total project cost. A buyer should confirm whether the offer covers only the refrigeration unit or also includes installation, electrical connections, ducting, mounting hardware, controller integration, commissioning, and documentation. These items can materially change the delivered price.
The CITIMAX 400 is a vehicle refrigeration unit intended for temperature-controlled transport applications. In practical terms, the unit removes heat from an insulated cargo compartment and helps maintain the required temperature during transport. The exact operating capability depends on the approved configuration, vehicle body, insulation, ambient conditions, cargo load, door openings, and installation quality.
I do not interpret “400” as a confirmed cooling-capacity value unless the manufacturer’s technical documentation defines it that way. Model names are not always expressed in kilowatts, BTU/h, or another directly comparable engineering unit. For a reliable comparison, I ask for the official datasheet showing cooling performance at stated test conditions such as 0°C or -20°C box temperature.
Before discussing price, I separate the product specification from the installation specification. The product specification describes the refrigeration equipment itself, while the installation specification describes how that equipment will operate on a particular vehicle. Both are necessary for a valid B2B quotation.
The first question is whether the application requires chilled transport, frozen transport, or both. Typical procurement discussions may involve a target near 0°C for chilled goods or approximately -20°C for frozen goods, but these figures should be confirmed against the actual cargo requirement and the manufacturer’s performance table. Cooling capacity should always be reviewed together with ambient temperature, box volume, insulation thickness, and pull-down requirements.
For example, a quotation that states only “400” does not tell me whether the system can maintain 0°C in a specific cargo body at 35°C ambient temperature. I request performance data in watts or kilowatts, together with the test conditions and whether the figure represents pull-down or steady-state maintenance. The United Nations Economic Commission for Europe’s ATP framework is a useful reference when temperature-controlled road transport requires certified thermal performance; however, ATP suitability must be confirmed for the complete vehicle body, not assumed from the refrigeration unit alone.
The power arrangement is a major price factor. The buyer should confirm whether the unit is designed for direct vehicle-driven operation, electric standby operation, or another configuration, and whether the vehicle uses a 12 V or 24 V electrical system. A 12 V or 24 V control and battery arrangement can affect wiring, alternator requirements, protection devices, and installation labor.
I also check whether the quotation includes a standby power option for loading bays or depot operation. If the vehicle will be opened frequently, used on multi-stop routes, or operated for more than 8 hours per shift, the control strategy and energy demand deserve particular attention. The final electrical requirements must come from the applicable CITIMAX 400 documentation and the vehicle manufacturer’s installation instructions.
Compatibility depends on vehicle type, body dimensions, roof or front-wall mounting space, condenser airflow, evaporator clearance, and the position of the driver interface. A unit that fits one truck body may require a different mounting kit or ducting arrangement on another platform. Emergency vehicles may also require special attention to roof load, equipment access, noise, vibration, and integration with auxiliary electrical systems.
For each quotation, I ask for the vehicle make and model, body length, body width, internal height, insulation construction, door arrangement, cargo temperature, ambient operating range, and daily operating hours. These details help the supplier identify whether the standard configuration is appropriate or whether additional components are needed.
Controller type, temperature display, alarm functions, data logging, remote monitoring, and communication interfaces can all influence the purchase price. A basic controller may be adequate for a local delivery fleet, while a pharmaceutical, food distribution, or emergency response application may require more detailed monitoring and traceability. I recommend specifying the required temperature-recording interval, alarm behavior, and data-export method before comparing quotations.
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| Item to Confirm | Example Requirement | Why It Affects Price |
|---|---|---|
| Target temperature | 0°C chilled or -20°C frozen | Different operating conditions may require different configurations |
| Electrical system | 12 V or 24 V vehicle system | Changes wiring, controls, and installation requirements |
| Operating duration | 8 hours per shift or more | Influences durability, standby needs, and service planning |
| Monitoring | Local display, alarm, or data logging | Adds control and documentation requirements |
| Vehicle body | Insulated truck or emergency vehicle body | Determines mounting, ducting, and airflow design |
The most important pricing factor is the scope of supply. A unit-only price is not directly comparable with a complete turnkey quotation that includes brackets, electrical work, installation, testing, export packing, freight, and commissioning. I therefore ask suppliers to provide a line-item quotation rather than a single unexplained total.
The base equipment price may change according to the cooling configuration, control package, power arrangement, mounting orientation, and optional standby function. Accessories such as temperature sensors, remote displays, GPS or telematics interfaces, protective covers, and special brackets may also be priced separately. Buyers should confirm whether refrigerant charging, installation hardware, and operating manuals are included.
Installation cost depends on the vehicle body and the amount of fabrication required. Roof mounting, front-wall mounting, condenser relocation, custom ducting, battery upgrades, and integration with emergency vehicle equipment can all require additional labor. A low equipment price may therefore result in a higher total cost if the installation scope is incomplete.
For B2B orders, quantity can affect unit pricing, packaging, production planning, and spare-parts support. Freight cost depends on shipment dimensions, gross weight, destination, Incoterms, insurance, and customs treatment. I recommend requesting separate prices for one sample unit, a pilot order, and the expected production quantity so the buyer can evaluate both project risk and long-term cost.
Exact prices, minimum order quantities, and lead times should be confirmed by written quotation because they vary by market and configuration. The International Chamber of Commerce’s Incoterms® rules are a useful reference for clarifying which party is responsible for transport, insurance, export clearance, and import-related obligations. Incoterms do not replace a product quotation, but they help prevent hidden logistics costs.
One common mistake is comparing quotations that describe different scopes of supply. Another is selecting a refrigeration unit based only on cargo volume while ignoring insulation, ambient temperature, door openings, and pull-down time. These omissions can create a configuration that appears inexpensive but does not meet the intended operating requirement.
A second mistake is requesting a price without confirming whether the unit is compatible with the vehicle’s 12 V or 24 V electrical system. Buyers should also check available space, airflow clearance, control location, condensate management, and access for maintenance. For emergency vehicles, I additionally review vibration exposure, equipment interference, roof loading, and the effect of frequent idle operation.
A third mistake is assuming that a refrigeration unit alone establishes regulatory compliance. Depending on the cargo, route, and market, the complete vehicle may require specific documentation, testing, labeling, or temperature-control records. I recommend confirming the applicable requirements with the vehicle body builder, importer, and relevant authority before placing a production order.
At ACOOLER, I help B2B buyers structure refrigeration-unit inquiries before they request a final quotation. Our support can include collecting vehicle and body data, organizing the required temperature and power information, comparing unit-only and installation-inclusive scopes, and identifying documentation that should be confirmed with the original equipment source.
For emergency vehicle projects, I recommend sending the vehicle model, body drawings or photographs, internal dimensions, insulation details, required temperature, electrical voltage, operating hours, and delivery destination. This allows the quotation process to focus on compatibility instead of producing a generic price that may not represent the installed solution.
ACOOLER can also help buyers compare configuration options, spare-parts requirements, export packing, and shipment terms. Product availability, authorization status, warranty conditions, and final technical performance should be confirmed in writing for each project because these details can vary by market and supply channel.
To obtain a reliable CITIMAX 400 price, I would not ask for a model-only quotation. I would provide the target temperature, vehicle and body details, electrical system, operating hours, monitoring requirements, order quantity, destination, and required delivery scope. I would then request a line-item quotation with verified technical data, installation responsibilities, warranty terms, and logistics conditions.
For your next step, prepare a short technical inquiry covering the vehicle model, cargo-body dimensions, insulation, required temperature, 12 V or 24 V power system, mounting position, estimated quantity, and destination. Send that information to ACOOLER for a structured sourcing review, and ask the supplier to confirm the exact CITIMAX 400 configuration before comparing price. This approach reduces hidden costs and gives your procurement team a more defensible basis for selecting the right refrigeration solution.
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