How do you estimate field install labor for kitchen equipment?

Divide your total install points by the crew's throughput in points per hour to get base time, then add a coordination and startup allowance. For 34 points at 1.8 points/hr plus a 30% allowance, the estimate is 24.56 hours.

What counts as an install point?

Any discrete task that has to be set, connected, or commissioned: a piece of equipment placed and leveled, a gas or water connection, a walk-in panel joined, or a startup check. Count them from the equipment schedule, not just the number of machines.

Why add a site coordination and startup allowance?

Real installs lose time to elevator access, trade stacking, protecting finished floors, and startup checks. The 30% allowance turns 18.89 base hours into a realistic 24.56 hours that accounts for that overhead.

What is a realistic install throughput?

For mixed commercial kitchen work, 1.5-2.5 install points per hour per crew is common. The 1.8 used here is a sensible average; tight mechanical rooms push it lower, open dining-floor sets push it higher.

How do I convert install hours into crew-days?

Divide estimated hours by crew size and shift length. The 24.56-hour estimate is roughly three shifts for a single installer, or about a day and a half for a two-person crew on 8-hour shifts.

Field install labor vs commissioning: are they the same?

No. Field install labor sets and connects the equipment; commissioning is the manufacturer or tech verifying performance and safety. The startup allowance here covers basic startup checks, not full factory commissioning.

Commercial Kitchen Equipment calculator

Field Install Labor Calculator

Field install labor is the crew time it takes to set, level, connect, and start up commercial kitchen equipment on a live job site. Project managers and install foremen at foodservice equipment dealers use it to size crews and schedule against gas, electrical, and plumbing trades who are working the same kitchen. Every walk-in panel, hood section, gas connection, and equipment leg is an install point, and underestimating them is how a one-day install turns into a return trip. This estimate gives you a defensible labor number before the truck leaves the warehouse.

What this calculator does

Estimate labor hours required to install commercial kitchen equipment on site.
planning field installation labor for a kitchen equipment project
Computes estimated field install hours by dividing install points by crew throughput, then inflating that base time by a site coordination and startup allowance.

Formula used

Base field install labor = equipment install points ÷ installation throughput
Estimated field install labor = base time × (1 + site coordination and startup allowance)

Inputs explained

Equipment install points:
Installation throughput:
Site coordination and startup allowance:

How to use the result

Use it when scheduling an install crew, quoting installation labor, or checking whether a job fits in a single shift.
It treats all install points as equally fast; a simple equipment leg and a fully gasketed walk-in corner are both one point but take very different time on site.

Current U.S. benchmarks

Industrial natural gas averages $4.9 per Mcf (EIA, Apr 2026), down 7.7% from a year earlier, with industrial electricity at 8.66 cents per kWh. Process heating and refrigeration budgets track both.
Steel mill PPI stands at 348.53 (BLS, May 2026), up 6.7% from a year earlier. New factory orders are up 2.3% year over year (Census).

Common questions

How do you estimate field install labor for kitchen equipment? Divide your total install points by the crew's throughput in points per hour to get base time, then add a coordination and startup allowance. For 34 points at 1.8 points/hr plus a 30% allowance, the estimate is 24.56 hours.
What counts as an install point? Any discrete task that has to be set, connected, or commissioned: a piece of equipment placed and leveled, a gas or water connection, a walk-in panel joined, or a startup check. Count them from the equipment schedule, not just the number of machines.
Why add a site coordination and startup allowance? Real installs lose time to elevator access, trade stacking, protecting finished floors, and startup checks. The 30% allowance turns 18.89 base hours into a realistic 24.56 hours that accounts for that overhead.
What is a realistic install throughput? For mixed commercial kitchen work, 1.5-2.5 install points per hour per crew is common. The 1.8 used here is a sensible average; tight mechanical rooms push it lower, open dining-floor sets push it higher.
How do I convert install hours into crew-days? Divide estimated hours by crew size and shift length. The 24.56-hour estimate is roughly three shifts for a single installer, or about a day and a half for a two-person crew on 8-hour shifts.

Last reviewed 2026-05-12.