System Parameters. The Servicer is responsible for designing, implementing and maintaining the PHEAA System in order to remain in compliance with the requirements of this Agreement.
System Parameters. During the Operational Period, Operator shall purchase and maintain, at Operator's expense, all equipment necessary to operate the System in accordance with the terms of this Agreement and the Licenses.
(i) The current primary transmission site(s) of Licensee's ITFS Channels are identified in Exhibit A (as such sites may be changed from time to time, the "Primary Transmission Sites"). During the Operational Period, Operator shall purchase at Operator's expense and lease to Licensee all equipment located at Primary Transmission Sites which regularly operates on the ITFS Channels (the "Primary Transmission Equipment"). Subject to PARAGRAPH 26, Operator shall maintain and operate the Primary Transmission Equipment during the Term of this Agreement solely at its expense.
(ii) During the Operational Period, if any of the ITFS Channels regularly is transmitted at Operator's request by an FCC-licensed booster station (a "Licensed Booster Station"), Operator shall purchase and maintain, at Operator's expense, and lease to Licensee the equipment associated with such Licensed Booster Station to transmit each ITFS Channel in the System then-authorized to Licensee (the "High Power Booster Station Equipment"). When, during the Operational Period, any of the ITFS Channels is regularly transmitted at Operator's request by a Licensed Booster Station that does not require an FCC license ("Unlicensed Booster Station"), Operator shall lease to Licensee the equipment associated with such Unlicensed Booster Station to transmit the ITFS Channel ("Low Power Booster Station Equipment").
(iii) During the Operational Period, Operator shall supply Licensee with the right, at Operator's expense, to use the signal processing equipment and associated software, if any, that processes the signal(s) transmitted over transmission capacity then allocated or provided to Licensee under PARAGRAPH 2.
(iv) During the Operational Period, Operator shall supply Licensee with a right to use, at no expense to Licensee, all reception equipment at each Unlicensed Booster Station regularly transmitting and/or receiving an ITFS Channel.
(v) During the Operational Period, Operator shall purchase and maintain, at Operator's expense, and lease to Licensee, all hub receive site receiving equipment ("Hub Receive Equipment") tuned or regularly used to receive any ITFS Channel at any hub receive site ("Hub Receive Site").
(vi) During the Operational Period, Operator shall purchase, maintain and replace for Lice...
System Parameters. The Servicer is responsible for designing, implementing and maintaining its Servicing system in accordance with the requirements of this Agreement, including without limitation the System Requirements Service Level Agreement.
System Parameters. Height [ ] --------------------------------------------- --------------------------------- Width [ ] --------------------------------------------- --------------------------------- Thickness [ ] --------------------------------------------- --------------------------------- Weight [ ] --------------------------------------------- --------------------------------- Power Supply [ ] --------------------------------------------- --------------------------------- Maximum Electric Current [ ] --------------------------------------------- --------------------------------- Power [ ] --------------------------------------------- --------------------------------- Frequency [ ] --------------------------------------------- --------------------------------- Condensed Air Pressure [ ] --------------------------------------------- --------------------------------- Condensed Air Flow [ ] --------------------------------------------- --------------------------------- Condensed Air Conditions [ ] --------------------------------------------- ---------------------------------
System Parameters. The system parameters that apply to the MFR Link Integrity Protocol are listed below. Table 3 lists the default values and acceptable ranges for these system parameters.
System Parameters. The maximum frame relay information field size defined in section 2.2.2 of this implementation agreement (default value of 1600 octets) shall also apply to the maximum size of the Full Status message. The following figures are provided to illustrate operation under error conditions. (m-n) : PVC Status IEs for DLCIs m thru n Figure A-3. User Receives Errored Full Status Continued Response (m-n) : PVC Status IEs for DLCIs m thru n Figure A-4. User T391 Expiry On Full Status Continued Response (m-n) : PVC Status IEs for DLCIs m thru n Figure A-5. Network Receives Errored Full Status Continued Enquiry (m-n) : PVC Status IEs for DLCIs m thru n The Q.933 frame relay PVC management procedures provide for transmission of a list of DLCIs provisioned on a User-to-Network Interface (UNI) in Full Status messages sent from the network to the user device. The information included in the Q.933 Full Status message is restricted to the status of the PVC (e.g. available). This optional annex extends the information reported in the Full Status message to include provisioned attributes of maximum frame size, throughput (i.e. CIR), burst size, excess burst size, transfer priority, discard priority, and service class. This additional information enables automatic configuration of user device operation based upon the network configuration. When reported through network management systems, the additional information can be used to detect improperly provisioned interfaces. The procedures of this annex are backward compatible with the Q.933 PVC status procedures. As required in Q.931 section 5.8 error handling procedures, user devices that do not support this annex must discard the unrecognized information and continue to process the remainder of the message. When this annex is used the maximum number of PVCs reported in a single STATUS message may be reduced for a given frame size. Because of the additional information element overhead, included in the STATUS message, not all PVCs reported in one STATUS message without parameters, may be reported in one STATUS message with parameters. The procedures of Annex A may be needed to report all PVCs on an interface when this annex is used. See section B.8 for examples of when Annex A may be used. The capability defined in this annex is enabled on a network device through provisioning mechanisms of the network’s element management system. The capability is enabled on a user device through provisioning mechanisms or as an automatic respons...
System Parameters. The system we study in this paper has two critical parameters. Exact Agreement Approximate Agreement Deterministic Algorithm Deterministic Algorithm Randomized Algorithm Deterministic Algorithm Deterministic Algorithm Point-to-Point Local Broadcast Point-to-Point Point-to-Point Local Broadcast Necessary Condition Xxxxx Xxxxx [7] Xxxx et al.[11] Impossible Xxx- port et al.[13] Our Work Xxxxx et al.[8] Xxxxxxx et al.[1] Xxxx et al.[18] message to at most one neighbor at a time. If the transmission mechanism is broadcast, node u sends identical messages to all of its neighbors at the same time. In this paper we study the point-to- point transmission mechanism.
System Parameters. Width 1800 mm -------------------------------------------------------------------------------- Thickness 1100 mm -------------------------------------------------------------------------------- Height 2000 mm -------------------------------------------------------------------------------- Weight 400 kg -------------------------------------------------------------------------------- Xxxxxxxxx Xxxx 0 x 10 rows of ID-I cards -------------------------------------------------------------------------------- Placement Precision 0.1 mm -------------------------------------------------------------------------------- Power Supply 3 phase 380VAC+-5% -------------------------------------------------------------------------------- Maximum Electric Current 25 Amp -------------------------------------------------------------------------------- Power 1.2 KVA -------------------------------------------------------------------------------- Frequency 50/60 Hz -------------------------------------------------------------------------------- Condensed Air Pressure 6bar -------------------------------------------------------------------------------- Condensed Air Flow 100NL/min -------------------------------------------------------------------------------- Condensed Air Conditions 5 micron filter, dry, oil free -------------------------------------------------------------------------------- IC WIRE IMPLANTING MACHINE
1. FUNCTIONS: Said machine uses the 70,000 vibration/second and X, Y, Z three directional movement second generation ultrasound wire implanting head to implant the enamel-insulated wire accurately into the PC, adhesive coated PET, PETG and PVC material and coil into a wire coil The position, size, shape, and the circles of coil can be set up by the computer. With automatic protection device that can automatically turn off the machine in exceptional cases.
System Parameters. Height 1300 mm -------------------------------------------------------------------------------- Width 1000 mm -------------------------------------------------------------------------------- Thickness 1300 mm -------------------------------------------------------------------------------- Weight 250 kg -------------------------------------------------------------------------------- Power Supply 3 phase 380VAC+-5% -------------------------------------------------------------------------------- Maximum Electric Current 2 Amp -------------------------------------------------------------------------------- Power 3KVA -------------------------------------------------------------------------------- Frequency 50/60 Hz -------------------------------------------------------------------------------- Condensed Air Pressure 7Bar -------------------------------------------------------------------------------- Condensed Air Flow 100NL/min -------------------------------------------------------------------------------- Condensed Air Conditions 5 micron filter, dry, oil free -------------------------------------------------------------------------------- APPENDIX 2 SPARE PARTS & WEARING PARTS IC HOLE PUNCH MACHINE
System Parameters. Height [ ] ------------------------------------------ ------------------------------------- Width [ ] ------------------------------------------ ------------------------------------- Thickness [ ] ------------------------------------------ ------------------------------------- Weight [ ] ------------------------------------------ ------------------------------------- Size of Laminating Board [ ] ------------------------------------------ ------------------------------------- Laminating Area [ ] ------------------------------------------ ------------------------------------- Power Supply [ ] ------------------------------------------ ------------------------------------- Maximum Electric Current [ ] ------------------------------------------ ------------------------------------- Power [ ] ------------------------------------------ ------------------------------------- Frequency [ ] ------------------------------------------ ------------------------------------- Pressure [ ] ------------------------------------------ ------------------------------------- Pressure Precision [ ] ------------------------------------------ ------------------------------------- Maximum Temperature [ [ ] ] ------------------------------------------ ------------------------------------- Temperature Control Precision [ [ ] ] ------------------------------------------ ------------------------------------- Heater Board Thickness [ ] ------------------------------------------ ------------------------------------- Heater Board Separation Distance1 [ ] ------------------------------------------ ------------------------------------- Stabilizing Board Surface Temperature [ [ ] ] Distribution ------------------------------------------ ------------------------------------- Condensed Air Pressure [ ] ------------------------------------------ ------------------------------------- Condensed Air Flow [ ] ------------------------------------------ ------------------------------------- Condensed Air Conditions [ ] ------------------------------------------ -------------------------------------
