Installed. Product installed by trained Winsted technicians. Call for on-site installation cost. CUSTOMER SERVICE Specialists are individually empowered to handle issues and resolve situations efficiently and fairly. PRODUCT OFFERING Winsted offers the most complete line of products in the industry, designed to fit a variety of needs within almost any organization. From control room consoles and military command centers, to network operation centers and process control applications. Winsted pledges to provide products that meet today’s needs, as well as anticipating future technology requirements.
Installed. Where the Software Service is not deployed over the World Wide Web (in which case the Software Service shall be referred to as an “Installed Software Service”), the Software Service shall be installed on Customer’s own computer systems and Customer’s use of the Ordered Software Service shall be governed by license terms to be agreed upon by the parties. Such terms shall provide, among other things, that Customer is responsible for (i) obtaining and maintaining any equipment and ancillary services needed to access the Installed Software Service including, without limitation, modems, hardware, server, software, operating system, [***] = CERTAIN INFORMATION HAS BEEN OMITTED AND FILED SEPARATELY WITH THE COMMISSION. CONFIDENTIAL TREATMENT HAS BEEN REQUESTED WITH RESPECT TO THE OMITTED PORTIONS. networking and web servers meeting the requirements set forth in Exhibit D hereto (together, “Access Equipment”) and (ii) ensuring that such Access Equipment is compatible with the Software Services and complies with all configurations and specifications set forth herein and/or in the applicable Order Form and Documentation.
Installed. Unit 1 Intermediate Oil and gas 415.0 1974 Newington Station is PSNH's prime intermediate load facility, operating as required by the ISO to meet base, intermediate or peaking demand requirements. It is the largest single unit in the fossil/hydro system with capability of 415.0 maximum net MW. Newington Station can burn a variety of fossil fuels including oil and natural gas making it adaptable to changing fuel markets.
Installed. Smith Run-of-river 14.2 1 0008 The project operates in a run-of-river mode. High capacity factors are achieved at Smith Station due to large upstream reservoirs which maintain consxxxxxt water flows to the station throughout the year. Pond level is maintained within a narrow band by using a float control mechanism to control generator output.
Installed. Gorham Run-of-river 2.1 4 1923 This run-of-river plant operates automatically as a base load station generating power from any combination of its units to match river flows. Gorham benefits from the same reservoir system that supplies water to the upstream Smith Station. Gorham Station consists of a dam and adjacent canal xxxxhouse, a pxxxx xanal and a four-unit powerhouse. Limited ponding capability exists. Gorham Station employs an automatic pond level control system to mxxxxxxe generator output and maintain pond level within a narrow band.
Installed. Canaan Run-of-river 1.1 1
Installed. For OEM Fonts installed into the CPU Operating System or Server allowing operation of the OEM Product, therefore making OEM Fonts in documents, software, applications editable, whether or not via any application with a font menu, the Royalty shall be as stated in the following Licence Tier;
Installed. Subject to this clause, we will not accept for return any goods that have not been used, connected, installed, attempted to be connected or installed by us or in accordance with the manufacturer’s instructions, or if your goods are custom-made or is a special buy good.
Installed. For OEM Fonts installed into the CPU Operating System allowing operation of the OEM Product, glyphs therefore editable via any application with a font menu, the Royalty shall be as stated in the following Licence Tiers;
Installed. The protection should be maintained over the device’s lifecycle through security-related software updates (4.1.10). To avoid escalating effects of minor threats, as well as data breaches and components’ concept weaknesses, the device should be segregated as much as possible both on network (4.1.1) and device (4.1.8) level. This especially applies in terms of shielding the device from the standard, non-operational IT network. Communications from and to the device should be encrypted (4.1.12.2) and integrity-checked (4.1.12.3), if possible the communications channel(s) should be segregated (4.1.1). To be resilient against Denial-of-Service (DoS) of the operational network, the communication lines should be redundant (4.1.16.3). In addition, to prevent data loss, the device’s data storage should be redundant (4.1.16.4) and part of a backup system (4.1.16.5). For a proper replacement in case of a device destruction or loss, the device should have redundancy (4.1.16.1). To avoid rouge devices to get or set data in the device, proper crypto-based authentication should be in place (4.1.12.4). As the risk assessment demonstrated a high risk of a threat by inadequate WAMS design or its adoption, the WAMS is special subject to strict compliance, as well as special training for its users. Due to uncertain support, the device should experience legacy equipment treatment (4.1.19). The WAMS’ built-in wireless interface has to be configured in a secure manner (4.1.20). Table 17 gives a structured overview of the requirements for the WAMS. Table 17: WAMS Requirements Requirement Building block reference Communications Segregation* 4.1.1 Device Hardening 4.1.8 Application Hardening 4.1.9 Software Updates 4.1.10 Security Software 4.1.11 Storage Encryption 4.1.12.1 Communications Encryption* 4.1.12.2 Integrity Checking 4.1.12.3 Device Authentication 4.1.12.4 Minimal Rights 4.1.13 Logging 4.1.14 Device/Hardware Redundancy 4.1.16.1 Communications Redundancy 4.1.16.3 Storage Redundancy 4.1.16.4 Backups 4.1.16.5 Physical Security 4.1.17 Legacy Equipment Treatment 4.1.19 Wireless Security 4.1.20
