SIEMENS 6AV3607-1JC30-0AX1
- EICHLER-art.no.: K0116659
- EAN: 4025515052029
Product description
OPERATOR PANEL OP7/DP12 LC DISPLAY, LED BACKLIT 4-TIER, 20 CHARACTERS/LINE, SIMATIC S5, 505, S7, M7, NATIVE DRIVERS, PROFIBUS DP 12 MBAUD WITH UL/CSA APPROVAL
Services for SIEMENS 6AV3607-1JC30-0AX1
SIEMENS |
6AV3607-1JC30-0AX1 –
additional product information
| Delivery information | |||
|---|---|---|---|
| Export identifier | AL: ECCN: | ||
| Net weight | 0.503 | ||
| Quantity | 1 Stück | ||
| Packaging quantity | 1 | ||
| Additional product information | |||
|---|---|---|---|
| Product status | EOP: 2007-10-01 | ||
| EAN | 4025515052029 | ||
| UPC | / | ||
| Static lot number | 85371098 | ||
| List indicator | / | ||
| Product group | 4368 | ||
| Country of origin | DE | ||
| Compliance with the substance restrictions according to RoHS directive | Since: / | ||
| Product classifications | Version | Classification | |
|---|---|---|---|
| eClass | 4 | / | |
| eClass | 5.1 | / | |
| eClass | 6.0 | / | |
| ETIM | 3 | / | |
| ETIM | 4 | / | |
| ETIM | 5 | / | |
What is 6AV3607-1JC30-0AX1 and where is it used?
The 6AV3607-1JC30-0AX1 is a SIEMENS SIMATIC HMI Operator Panel OP7/DP12 with keypad operation for classic machine and plant control applications. The device is designed for text-based operator and alarm functions and is typically used in existing installations with SIMATIC S5, S7, M7 and other connected control systems. With its 4-line LC display, fixed keypad and robust front design, the panel is particularly suitable for applications where setpoints, alarms, operating states or simple recipes must be operated reliably. For maintenance and purchasing departments, the article number is especially important when an identical replacement unit, repair service or short-term exchange solution is required for existing machinery.
Overview of the key technical data and what they mean
The OP7/DP12 operates on 24 V DC and features a monochrome LC display with 4 lines of 20 characters, LED backlighting, 8 function keys and 22 system keys. Communication interfaces include TTY, RS232, RS422 and RS485; with PROFIBUS DP connectivity, communication speeds of up to 12 Mbit/s are supported. The front protection rating is IP65, while the rear is rated IP20. With front dimensions of 144 × 180 mm and an installation depth of 38.5 mm, the panel is compact and well suited for control cabinet installation. In practice, this means the device is designed for clear text display rather than graphical visualisation, offers a robust operator interface and integrates well into legacy control architectures. Engineering is carried out using ProTool / ProTool Lite from version 2.51 onwards, which is an important consideration for service and retrofit projects.
Product status, lifecycle status and obsolescence
For 6AV3607-1JC30-0AX1, the product status is listed as EOP (End of Product) effective 01.10.2007. Siemens explicitly identifies the OP7/DP12 as a discontinued product and names the OP77B, 6AV6641-0CA01-0AX0, as the manufacturer-recommended replacement. From a procurement perspective, this does not imply a direct 1:1 modernisation without project evaluation. Siemens provides migration and conversion procedures for moving from an OP7 to an OP77B. For operators of existing installations, this is important because a complete modernisation project often requires more effort than a targeted repair or the use of a compatible replacement unit. This is precisely why repair services, exchange units and tested legacy stock remain economically attractive options for obsolete HMIs.
Available EICHLER services and their practical benefits
For this panel, EICHLER offers repair, exchange, used devices and new units on request. Repair is particularly suitable when the original device is still mechanically and electrically intact but suffers from typical ageing or communication-related faults. EICHLER combines repair with technical cleaning, preventive maintenance, comprehensive functional testing and a minimum 24-month warranty. An exchange unit is the preferred option when downtime costs exceed the time required for repair and a fully functional replacement panel is needed immediately. Used devices are especially attractive for planned spare-parts stock, retrofit projects and safeguarding obsolete machinery. For companies operating legacy equipment, these services help maintain system availability despite obsolescence without immediately triggering a complete HMI migration.
| Attribut | Value |
|---|---|
| Customer-specific configuration | No |
| Display | |
| Design of display | LC display, black/white |
| Line display | |
| ● Number of lines | 4 |
| ● Number of characters per line | 20 |
| Backlighting | |
| ● MTBF backlighting (at 25 °C) | 100 000 h |
| Control elements | |
| Control elements | Keys |
| Keyboard fonts | |
| ● Membrane keyboard | Yes |
| — user-definable label membrane keys | Yes |
| ● Function keys | |
| — Number of function keys | 8 |
| — Number of function keys with LEDs | 4 |
| ● System keys | |
| — Number of system keys | 22 |
| ● Numeric keyboard | Yes |
| ● alphanumeric keyboard | Yes |
| ● hexadecimal keyboard | Yes |
| ● Multi-key operation | No |
| Touch operation | |
| ● Design as touch screen | No |
| Installation type/mounting | |
| Mounting position | vertical |
| maximum permissible angle of inclination without external ventilation | 90° |
| Supply voltage | |
| Type of supply voltage | 24 V DC |
| UPS connectable (serial) | No |
| Input current | |
| Current consumption (rated value) | 0.19 A |
| Processor | |
| Processor type | X86 |
| Drives | |
| Diskette drive | Yes |
| CD-ROM | No |
| Hard disk | No |
| Memory | |
| Type of memory | Flash / RAM |
| Memory available for user data | 128 kbyte |
| Type of output | |
| Info LED | Yes |
| Power LED | No |
| Error LED | No |
| Time of day | |
| Clock | |
| ● Type | Software clock, synchronizable, no battery backup |
| ● retentive | No |
| ● synchronizable | Yes |
| Interfaces | |
| Interfaces/bus type | 1x TTY, 1x RS 232, 1x RS 422, 1x RS 485 (max. 12 Mbit/s) |
| Number of RS 485 interfaces | 1 |
| USB port | No |
| PC card slot | No |
| CF card slot | No |
| Special interfaces | No |
| Degree and class of protection | |
| IP (at the front) | IP65 |
| IP (rear) | IP20 |
| Standards, approvals, certificates | |
| Certificate of suitability | CE, GL, BV, DNV, LRS, PRS, FM Class I Div. 2, UL, CSA, cULus, EX zone 2/22 |
| Ambient conditions | |
| Ambient temperature during storage/transportation | |
| ● min. | -25 °C |
| ● max. | 70 °C |
| Relative humidity | |
| ● Operation, max. | 95 % |
| Operating systems | |
| pre-installed operating system | Rmos |
| Configuration | |
| Message indicator | Yes |
| Alarm system (incl. buffer and acknowledgment) | No |
| Process value display (output) | No |
| Process value default (input) possible | No |
| Recipe management | No |
| Configuration software | |
| ● Configuration tool | ProTool / Lite Version 2.51 or higher (to be ordered separately) |
| Peripherals/Options | |
| Additional software components loadable | No |
| Dimensions | |
| Width of the housing front | 144 mm |
| Height of housing front | 180 mm |
| Overall depth | 38.5 mm |
| Weights | |
| Weight (without packaging) | 0.43 kg |
| Fault description | Possible solution |
|---|---|
| Why does my OP7/DP12 display the message “$551 PLC address … not available”? | Siemens describes error 551 as an MPI/PPI connection that cannot be established to the configured station address. First check whether the station address configured in the panel actually matches the CPU address. Also inspect the bus cable, connectors, terminating resistors and the physical connection. If the controller address has been changed or the communication configuration has been modified, the project must be updated and transferred again. |
| Why does “$631 Programming error #5” appear on the OP7/DP12 after downloading? | Siemens assigns error 631 to incomplete or incorrect alarm configuration. For variable 5 or 6, this specifically means that a triggered operating message has not been configured. Check the alarm configuration in ProTool, the variable assignments and the process connections. Afterwards, recompile the project and perform a complete transfer to the panel. |
| Why does the transfer to the OP7 fail with “Protocol error 0003” or “No connection to OP”? | Siemens states that transfer failures are often caused by incorrect COM port or transfer settings. In practice, the OP7 project transfer is performed via a serial RS232/V24 connection. Several SPS forum discussions identify the correct cable, the correct COM port and, in cases of unstable communication, a reduced baud rate such as 9600 baud as key points to check. Switch the panel into transfer mode, verify the transfer parameters in the project and only then repeat the download. |
| Why does my OP7/DP12 display “044 Transfer error” or “041 Connection to controller disturbed”? | Siemens describes these messages as an indication of a defective or disturbed connection between the operator panel and the controller. Possible causes include bus faults, defective communication cables or incorrectly configured interface parameters. Therefore, check the communication path, wiring, connectors, shielding, terminating resistors and the configured parameters on both sides. If the fault occurs only intermittently, it is also worth investigating whether it appears only during vibration, temperature changes or load fluctuations. |
| Why does “#505 Transfer locked” appear during recipe transfer? | Siemens describes error 505 as a situation where a data record cannot be sent because the recipe lock bit is set in the controller or another transfer operation is already active. The solution is to complete the active transfer correctly in the PLC, reset the lock bit and then restart the transfer. Also check the PLC program to ensure that multiple recipe transfer requests are not being triggered simultaneously. |
Is 6AV3607-1JC30-0AX1 still available or already discontinued?
The device is discontinued and considered obsolete. Siemens lists the OP7/DP12 with an official product discontinuation date of 01 October 2007. However, this does not automatically mean the end of its practical use. Within the spare-parts and service market, repair, exchange units and tested used devices remain important options. In existing installations, these solutions are often the most economical way to minimise downtime while continuing to use the existing project configuration.
Which successor is suitable for 6AV3607-1JC30-0AX1?
Siemens identifies the OP77B as the successor or replacement device for the OP7/DP12. It is important to note that this is not a simple 1:1 hardware replacement. Migration or conversion of the existing application is generally required. Anyone planning a modernisation should therefore evaluate not only the article number but also the available project files, communication interfaces and migration path. For rapid recovery in legacy systems, a like-for-like repair or exchange unit is often the lower-risk solution.
Can I back up the project from an existing OP7/DP12?
Yes, a backup is possible. Siemens describes the use of ProSave to create a backup of the current panel memory directly from the operator panel. This backup can then be restored to the original device or an identical replacement panel. From a purchasing and engineering perspective, it is important to understand that such a backup is not the same as the editable original ProTool project. Practical experience reported in user forums also confirms that a ProSave backup is generally intended only for restoration to an identical OP7 device.
Which software is used to configure or maintain the OP7/DP12?
For the OP7/DP12, ProTool or ProTool/Lite is required. Siemens specifies ProTool / Lite from version 2.51 onwards as the engineering software. Siemens support discussions also note that line-based legacy devices such as the OP3, OP7 and OP17 must continue to be maintained using ProTool. For future modernisation projects, migration towards OP77B and WinCC flexible may be appropriate, but the original OP7 project environment remains tied to the older engineering platform.
When is repair preferable to exchange or purchasing a used unit?
Repair is particularly appropriate when the existing panel still fits mechanically, the original project should be retained and the fault is likely to be repairable. An exchange unit is the stronger option when production downtime is extremely costly and a fully functional replacement is needed immediately. Used devices are especially suitable for spare-parts stock, planned inventory strategies and older production lines where a future modernisation has already been scheduled. For this article, EICHLER offers repair, exchange, used units and new-unit enquiries, providing a flexible support strategy for industrial procurement.
Which controllers and communication interfaces are supported by the OP7/DP12?
The panel was designed for classic automation environments and can communicate with SIMATIC S5, S7, M7 and additional controller types. Siemens and EICHLER specify support for RS232, RS422, RS485, TTY and PROFIBUS DP at speeds of up to 12 Mbit/s. From a procurement perspective, this is particularly important because, in legacy systems, actual compatibility depends not only on the article number but also on the connector type, communication interface and protocol. For retrofit projects or replacement purchases, the existing machine communication architecture should therefore always be verified before ordering or approving a repair.
