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IEM615 Series
5-port 100M Layer 2 Managed Industrial Ethernet Switch Module
Support 5 100M fiber/copper ports and 2 serial ports/CAN ports
Adopt SW-Ring patent technology, support single ring, coupling ring, chain ring, Dual-homing ring network function, automatic recovery time of network failure < 20ms
Input voltage: 3.3VDC
Support -40～75℃ wide operating temperature range
IEM615 series are 5-port 100M layer 2 managed embedded industrial Ethernet switch modules with 2 serial ports or CAN ports featuring high integration level, small size, rich functions, easy and convenient usage. This series have 3 types of products. It provides 2 serial ports or CAN ports, and 5 100M ports which could be configured to fiber port or copper port as needed. It also adopts embedded mounting that user can custom the specification of PCB motherboard and freely choose Ethernet interface type through module pin to meet the requirements of different scenes.
Network management system supports various network protocols and industrial standards, such as STP/RSTP, 802.1Q VLAN, QoS, IGMP Static Multicast, Port Trunking, Port Mirroring, etc. It also possesses complete management functions, including Port Configuration, Port Statistics, Access Control, Network Diagnosis, Rapid Configuration, Online Upgrading and so on. It has integrated functions of serial port server and CAN server. Each serial port and CAN port support 4 TCP or UDP session connections and multiple operating modes including TCP Server, TCP Client and UDP, etc. CLI, WEB, Telnet, SNMP and other access methods are also supported. The network management system can provide users with good experience with friendly design of network management system interface, simple and convenient operation.
Hardware adopts fanless, low power consumption, wide temperature design and has passed rigorous industrial standard tests, which can suit for the industrial scene environment with harsh requirements for EMC. It can be widely used in smart grid, railway transportation, smart city, safe city, new energy, intelligent manufacturing and other industrial fields.
Features and Benefits
SNMPv1/v2c is used for network management of various levels
Port mirroring can conduct data analysis and monitoring, which is convenient for online debugging
QoS supports real-time traffic classification and priority setting
File management is convenient for rapid configuration and online upgrade of the device
Bandwidth management can reasonably distribute network bandwidth, preventing unpredictable network status
Port statistics can be used for the port real time traffic statistics
User password can conduct user hierarchical management to improve the device administrative security
Relay alarm is convenient for troubleshooting of construction site
VLAN can simplify the network planning
Port trunking can increase network bandwidth and the reliability of network connection to achieve optimal bandwidth utilization
IGMP-Snooping and static multicast can be used for filtering multicast traffic to save the network bandwidth
SW-Ring and STP/RSTP can achieve network redundancy, preventing network storm
Supports multiple serial port operating modes: TCP Server, TCP Client, UDP, TCP auto, Realcom, advanced TCP Server and advanced UDP
Supports multiple CAN port operating modes: TCP Server, TCP Client, UDP, TCP auto, Realcom, advanced TCP Server and advanced UDP
The re-entry module is the middle third of the Soyuz vehicle. The round orbital module and cylindrical service module are jettisoned prior to re-entry. This design allows more actual living space than an Apollo module on a smaller footprint. But it does kind of look like a bug.
De noodzaak tot innovatie in de sociale woningbouw is groot. Zowel vanuit de bewoner gezien als vanuit de woningbouwcorporaties. De sociale woningbouw in Europa omvat meer dan 55 miljoen woningen, waarvan de meeste van slechte kwaliteit zijn, met als gevolg gezondheid- en veiligheidsproblemen voor de bewoners en slepende onderhoudsproblemen voor de eigenaren. Mensen brengen gemiddeld 16 tot 17 uur per dag thuis (binnen) door. Voor kinderen en ouderen zijn deze getallen zelfs nog hoger.
De verschuiving van het product “woning” naar de dienstverlening “wonen” en in wezen ook de verschuiving van een aanbod naar een vraaggestuurde markt, is dus voor deze partijen (bewoner en woningbouwcorporatie) een interessante en zal dus een innovatieve benadering vereisen m.b.t. diensten in termen van onderhoud, zorg (langer wonen in de eigen woning), energie en andere gebruikskosten en beveiliging (bewaking,controle) en veiligheid (wijk).
Wat wil de bewoner?
De bewoner is zich niet altijd bewust van zijn/ haar wensen m.b.t. de woning en de woon- omgeving. In het traject naar vernieuwing van (sociale) huisvesting, speelt het bewust maken van de (individuele) eindgebruiker van zijn wer- kelijke woonwensen dus een belangrijke rol, naast de eisen die er gesteld moeten worden om te zorgen dat de woning en de woonomge- ving gezond, comfortabel en veilig zijn.
Wat wil de woningbouwcorporatie?
In de situatie van het verhuren van de woning zal –zwart-wit gesteld- de primaire drijfveer voor de corporaties zijn om lagere exploitatie- kosten van de woningvoorraad over de gehele levensduur te realiseren:
• Verlaging van de initiële kosten. Goedkoper bouwen door prefabricage en assemblage op de bouwplaats, andere materialen waar nu nog niet aan gedacht wordt in de woningbouw, besparing op fundering door lichtere constructies.
• Verlaging van de kosten tijdens de levensduur, m.n. minder of efficiënter onderhoud (prestatiecontracten), hogere flexibiliteit in gebruik.
Wat gaan we doen?
1. Een nieuwe strategische samenwerking tussen vraag- en aanbodzijde: de deelname van de eind gebruiker (i.e. woningbouwcorporaties, lokale overheden en bewoners associaties) vanaf het prille stadium van onderzoek en ontwikkeling, zodat de innovatie cyclus van
de bouwsector gebruikersgericht en vraaggestuurd wordt.
2. Een nieuw woonconcept, waarbij de omhulling en de binnenshuis producten en diensten zodanig worden geïntegreerd dat nieuwe niveaus van gezondheid, comfort en veiligheid worden bereikt.
Ambities
- Klant centraal: gezond, comfortabel en veilig
- Duurzaam: energie neutraal, liefst energie positief
- Flexibel: zowel aan binnen als buitenkant
- Onderhoudsvrij en emissieloos
- Lichtgewicht dragende constructie
- Integratie van installaties (lucht, water en energie)
- De hoogte in
- “nieuw” bouwconcept voor wonen in 2030
- Toepassing van ruimtevaarttechnologie
Outside view of the module. Again, LDRAW part shortages made me modify the design to accomodate available parts.
These are the newer Follow field modules that have been rebuilt. And a nice job has been done on these. Even the paper buses look very good!
This is the one of the first MOCs that I purposely made with a module system. The walkways, some of the mountains, and assorted SNOT components can be removed from the wall-like base. This allows me to shorten, extend, and just generally edit at will without taking the whole thing a part over and over again.
Installation of new steeple replacing original that was damaged by hurricane winds 9-14-2008. Helming Brothers, Inc. of Jasper, Indiana www.helmingbrothers.com/ built the new steeple in modules at their shop. This series starts with their arrival at St. Mary's. The installation provided entertainment for many spectators for 5 to 6 weeks.
Copper cut from large sheets is cut, bent, riveted and soldered to make the panels.
This is a Lunar Module clone. The first one I did was amazing, but I was worried that I'd gone a little hot with the transistors. The last one I did was in the mid-450 hFE range and it was nice, but sometimes felt a little strained. I've read things from people who claim these circuits need a little more go-go to really come alive, so this third one has a 626 hFE in Q1, a 622 in Q2 and a 619 in Q3. Perfect. I can't imagine wanting it any hotter or less-hot. It's the one Goldilocks would pick.
If I had to pick just one pedal to take with me everywhere, it would be a Lunar Module. Skreddy knocked it out of the park with that design. It can sound like a very wide range of fuzz tones, but it can also do some really mean overdrive-y sounds. Sounds perfect into every amp I've plugged one into, but of course I don't have access to any high-gain amps. It might sound less cool into a Soldano or whatever.
There is my friend, who tries to playing baseline from chiptune modules played by MilkyTracker on his guitar. He's do that very well.