Renovation of a municipal facility in Cuyahoga Falls, Ohio. Completed plans call for the renovation of a municipal facility.

Cuyahoga Fals Electric Service (CFES) is a municipal electric utility provider for the City of Cuyahoga Fals. CFES is soliciting proposals from qualified SCADA system providers in the Electric Utility Industry. The submittal shal include a Bid Price Proposal that wil include al costs and a Technical Proposal. The deadline to submit questions on the RFP is Friday May 3, 2024. The City wil award the project based on an adjusted score of the Technical Proposal, and Bid Price Proposal. Bidders must folow the bid requirements as set forth in the RFP document. Each proposal must contain the ful name of the party or parties making the same, and al parties interested therein, and must be accompanied by a bond or certified check in the amount of five percent (5%) of the total amount of the bid, on a solvent bank, as a guarantee that if the bid is accepted, a contract wil be entered into. The Director of Public Service reserves the right to reject any or al bids and to waive any informality in any proposal. We are an Equal Opportunity Employer. The 6CPP6 is a single-board computer incorporating specialized I/O functions for operating traditional SCADA sub-systems, such as Remote Terminal Units (RTUs). The 6CPP6 can also operate as a data concentrator in a distributed (client/server) processes environment, such as in Distribution Management Units (DMUs), Communication Interface Units (CIUs), etc. where it will be a server to a Master Station (client), and a client to the distributed process devices such as Power Line Devices, Intelligent Electronic Devices (lEDs), or other RTUs. Communication options include several asynchronous and synchronous data ports with bit (Serial Bit Stream, SBS) or byte-oriented data protocols, at variable baud rates. Two of these ports include the physical links necessary for a direct connection to a peripheral. The first supports a standard RS-232 interface, while the second supports an optically isolated RS485, 2-wire interface. Additional data ports can be added by means of plug-in (32-pin DIN connectors) daughter boards, some of which offer RS-232 and/or RS-485 interfaces, or a Bell 202 type modem. An external single 12 volts power supply is required for operation of the 6CPP6. In addition, an external 30 VDC power supply is required, in RTUs with control functions, for activation of control relays. An internal DC/DC converter generates -12 volts for internal use and to power the -12 volts needs of other modules within the sub-system. All the operations of the 6CPP6 are under Software (program) control. The program resides in the dedicated program (FLASH) memory area. Several standard, and special, programs are available. The central processing unit consists of a 68331 microprocessor, with dedicated program memory, RAM, and nonvolatile data memory. It also includes specialized logic which enables it to interface with standard QEI QUICS 4000 Series RTU I/O panels, and the older QUICS 3000 family plug-in cards. The main board also includes an RS-232 asynchronous serial Maintenance Panel interface for diagnostic and panel configuration purposes, as well as a Background Debug Monitor (BDM) port for development purposes. The 6CPP6 is mechanically compatible with its predecessors, the 6CPP4, 6CPP3 and 6CPP2 Central Processor Panels; facilitating field upgrades of existing RTUs to enhance their communication capabilities to be a server to a second Master Station, and/or be a client to multiple lEDs over several serial communication links of differing speeds and protocols. Several LEDs are included to monitor different operations, such as data transmission and reception, processor heartbeat, control execution, etc. Before the 6CPP6 can be placed in operation, it requires setting of some hardware jumpers or switches, and proper setting of parameters in its Configuration Table. Refer to the 6CPP6 Configuration Table software for information and instructions