Electrical supply
Confirm configured voltage, phase, frequency, connected load, peak demand, protection, isolation, cable entry, grounding and any transformer responsibility.
G5
INSTALL / SITE READINESS
Injection molding cell utilities and installation checklist.
Plan the configured machine, mold, robot, auxiliaries and downstream equipment as one cell. Site readiness depends on controlled connection data, a verified layout and named responsibility at every boundary.
ANSWER FIRST
Freeze the cell scope before sizing the site connections.
Generic machine data cannot define the finished installation. Options, injection unit, mold, robot, material handling, temperature control and downstream equipment can change load, footprint and connection points.
Connect utilities to the drive choiceSite-readiness release requires
- Controlled cell layout and configured utility schedule
- Facility capacity checked at the installation point
- Foundation, access and lifting route verified
- Interface and responsibility matrix agreed
- Pre-start, commissioning and acceptance sequence defined
UTILITY PACKAGE
Six connected systems make the cell installable.
Each item needs units, normal/peak basis, connection location, allowable conditions and a named owner. “By customer” is not a complete interface definition.
Cooling & temperature control
Separate machine, hydraulic, feed-throat, mold and auxiliary circuits; document supply/return conditions, water quality, treatment, monitoring and condensation risk.
Compressed air & process services
Where used, define pressure, flow, quality, connection and demand for valves, air eject, robot tooling, dryers, conveying and other devices.
Material & thermal systems
Map resin receipt, storage, drying, blending, conveying, feed, dust control, hot runner and temperature-controller scope plus drains or exhaust where applicable.
Controls & interfaces
List robot, hot runner, mold-temperature, dryer, dosing, inspection, MES and external-safety interfaces with version, connector, signals, network and owner.
Floor, access & rigging
Verify machine and mold weights, floor/foundation data, anchors/leveling, pits/platforms, service clearances, door/crane route, lifting plan and final orientation.
SITE DATA REGISTER
Match buyer and supplier inputs before construction.
The table is a responsibility framework. Project contracts and the responsible site specialists must define the final deliverables.
| Control item | Buyer/site input | Supplier/integrator input | Release evidence |
|---|---|---|---|
| Configured machine drawing | Confirm cell orientation, maintenance aisles, material/part flow and building constraints. | Issue controlled dimensions, weights, connection points, center of gravity and option-dependent changes. | Approved general-arrangement drawing and revision |
| Utility schedule | Confirm available capacity and connection location at the installation point. | State demand and allowable conditions for the exact machine and supplied auxiliaries. | Signed utility matrix with units and operating basis |
| Foundation & loading | Have the responsible facility/structural party verify the building and any modifications. | Provide machine loads, support/anchor points and leveling requirements where applicable. | Site engineering release and foundation drawing |
| Rigging & delivery | Confirm route, floor protection, permits, crane/forklift capacity, laydown area and site safety plan. | Provide shipping split, package weights, lifting points, restrictions and reassembly scope. | Method statement, lift plan and responsibility matrix |
| Interface boundary | Name the plant, integrator and equipment owners for each connection and safety function. | State included hardware/software, protocols, connectors, options, tests and exclusions. | Interface schedule and I/O/network checklist |
INSTALLATION HANDOFF
Six stages keep site work connected to acceptance.
Do not treat placement as completion. The installation record should feed directly into commissioning and SAT.
Site survey
Resolve building access, floor, layout, utility source, material flow, part flow and local safety constraints before freezing the order.
Drawing release
Align the configured machine, mold, robot, auxiliaries and downstream equipment in one controlled cell layout.
Readiness review
Check that utilities, foundation, access, lifting resources and responsible people will be available before shipment or mobilization.
Delivery & placement
Inspect shipping condition, control lifting/placement and record any deviation before connections or reassembly hide the evidence.
Hook-up & checks
Verify utility identity and condition, protective measures, interfaces, guards and manufacturer pre-start requirements before energizing.
Commissioning handoff
Record settings, open items, training, documents, backup files, spare parts and the conditions required for site acceptance.
BUYER QUESTIONS
Utilities and installation FAQ
The answers keep model-specific loads and site responsibilities out of generic assumptions.
01How much electrical power does an injection molding machine need?+
Use the configured supplier utility schedule, not a generic tonnage estimate. Include barrel heating, drives, pumps, auxiliaries, robot, dryers, temperature controllers, hot runner, chiller and downstream equipment, and distinguish connected load from actual or peak demand.
02Does every injection molding cell need compressed air?+
Not necessarily. Air demand depends on the machine options, mold valves or air eject, robot tooling, material-handling equipment and downstream devices. If used, define required pressure, flow, quality, connection and simultaneous demand for the complete cell.
03Can machine cooling and mold cooling share one water circuit?+
Do not assume they can. The machine, hydraulic system, feed throat, mold and auxiliary equipment may require different temperatures, flow, pressure, water quality or control. Review the configured requirements and plant design with the responsible suppliers.
04Who is responsible for the foundation and rigging plan?+
The contract should assign responsibilities. The machine supplier provides controlled loads, support points, lifting and connection information; the buyer's responsible facility, structural and rigging parties verify the building, route, method and local safety requirements.
05What installation data should be included in an RFQ?+
Include plant voltage/phase/frequency, available water and air conditions, ambient/site constraints, floor and access information, cell layout, crane/door route, material and part flow, robot/peripheral list, interfaces, destination requirements and responsibility boundaries.
SITE READINESS / NEXT STEP
Put the installation conditions into the machine brief.
Attach the site layout, utility standard, floor and access data, equipment list and responsibility boundary so the proposed cell can be checked before order.
Build the machine brief