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AMS 6500 ATG / TEMPERATURE & PROCESS
A6500-TP
The A6500-TP Temperature Process Card is a four-channel measurement module for the AMS 6500 ATG Machine Protection System. It combines temperature measurement with standard process-signal acquisition, allowing RTDs, thermocouples and voltage or current process signals to be handled within the same protection-system architecture.
CORE FUNCTION
Temperature / process acquisition, channel supervision, alarm handling, analog retransmission and internal RS-485 communication for the AMS 6500 ATG system.
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3RU / 6HP
100 × 160 mm Euro-card format with anodized aluminum front plate.
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RTD
Pt100 / Ni100 / Ni120 / Cu10
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TC
E / J / K / N / T
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PROCESS
0–10 V / 0/4–20 mA
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BUS
RS-485 / EIA-485
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RACK
A6500-xR
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Four Measurement Channels
The four measurement channels are independently configurable for temperature sensors or process signal inputs. The card provides a 24-bit ADC and electrically separates the four inputs from one another.
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Temperature Measurement
RTD measurement supports Pt100, Ni100, Ni120 and Cu10 sensors. RTDs can be connected using 2-wire, 3-wire or 4-wire technology, with Cu10 using the applicable wiring arrangement.
Thermocouple measurement supports E, J, K, N and T types. Cold junction compensation can be handled internally or by using an external RTD sensor input.
Temperature accuracy: ±1 K for RTD and thermocouple inputs.
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01
Voltage Process Input
Supports 0–1 V and 0–10 V process signals. The 0–10 V process input has an impedance greater than 100 kΩ and an accuracy of ±1% of full scale.
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02
Current Process Input
Supports 0/4–20 mA signals with a current limiter. The process current input has an impedance below 200 Ω and an accuracy of ±1% of full scale.
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03
Signal Scaling
Configured process inputs can be scaled and shifted. The resulting values can also be reproduced through the card's 0/4–20 mA analog outputs.
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CARD STATUS
Firmware errors, internal card errors and excessive internal card temperature.
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SENSOR STATUS
Sensor faults and signal faults are handled as channel disturbances.
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LOCAL STATUS
The green OK LED represents the combined channel condition.
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REMOTE STATUS
Status can be handled through digital outputs, Modbus, OPC UA and AMS Machine Studio.
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02
Digital Inputs
Two digital inputs accept external control signals. Logic low is 0–3 V and logic high is 13–32 V.
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06
Digital Outputs
Six normally-open equivalent SPST outputs can be assigned to configured alarm and status functions.
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04
Current Outputs
Four 0/4–20 mA outputs provide measured values to external indicators or other systems.
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RS
RS-485
Measurement results are transferred through the internal EIA-485 / RS-485 bus to the communication card.
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A6500-TP
Measurement & local I/O
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A6500-CC
Communication interface
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HOST
Analysis / control
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Configuration Workflow
Configuration can be prepared offline or performed online. AMS Machine Studio is used together with an A6500-CC connection to create, edit, save and load the card configuration.
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Replacement Considerations
The card can be replaced within the A6500-xR system architecture. Before replacement, the existing configuration should be saved whenever possible. After installation, the replacement card can be detected by AMS Machine Studio and the saved configuration can be loaded.
The AMS 6500 ATG cards are designed to be hot-swappable. However, any work on the system can affect machine protection and should be performed by appropriately authorized personnel.
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A6500-TP
Temperature and process measurement.
RTD, thermocouple, voltage and current process signals.
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A6500-UM
Universal machinery measurement.
Intended for machinery-related measurement functions rather than the TP temperature/process role.
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A6500-CC
Communication card.
Connects the rack measurement cards with configuration and external communication interfaces.
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A6500-RC
Relay output card.
Provides relay-based output functions within the AMS 6500 architecture.
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| Power supply | +24 V redundant supply inputs | Voltage range | +19 to +32 V DC |
| ADC resolution | 24 bit | Temperature inputs | 8 sensor-input positions in thermocouple configuration |
| Process input voltage | 0–10 V; 0–1 V standard signal supported | Process input current | 0/4–20 mA |
| RTD types | Pt100, Ni100, Ni120, Cu10 | RTD wiring | 2-wire, 3-wire, 4-wire |
| Thermocouple types | E, J, K, N, T | Temperature accuracy | ±1 K |
| Analog outputs | 4 × 0/4–20 mA | Analog output load | <500 Ω |
| Digital inputs | 2 | Digital outputs | 6 |
| Digital output load | 100 mA maximum | Communication bus | RS-485 / EIA-485 |
| Rack format | 3RU / 6HP | Board size | 100 × 160 mm Euro-card format |
| Operating temperature | -20°C to +70°C with forced cooling | Without forced cooling | -20°C to +55°C |
| Storage temperature | -40°C to +85°C | Relative humidity | 5–95%, non-condensing |
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Mixed Signal Capability
Temperature sensors and standard process signals can be handled within the same card architecture.
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Signal Isolation
The four measurement inputs are galvanically isolated from each other.
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Compact Rack Use
A 3RU / 6HP card format supports compact integration in the AMS 6500-xR rack architecture.
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Replacement Workflow
Existing configuration can be saved and loaded to a replacement card through AMS Machine Studio.
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| ✉ EMAIL sales@amikon.cn |
☎ PHONE / WHATSAPP 86-18020776792 |
SALES MANAGER
Miya zheng |
| 01 |
Can A6500-TP replace an existing temperature/process card in an AMS 6500 ATG rack?
A6500-TP is designed as a temperature and process measurement card for the AMS 6500 ATG architecture. Before replacement, verify the existing rack, card position, sensor types, wiring arrangement and configuration requirements. The card operates in the A6500-xR System Racks and uses the A6500-CC for configuration and system communication.
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| 02 |
How should A6500-TP be selected when an application combines RTDs with 4–20 mA process signals?
A6500-TP supports RTD measurement as well as 0/4–20 mA process input signals. The four measurement channels are independently configurable, so the required sensor and process-signal arrangement should be checked against the existing channel configuration and terminal wiring.
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| 03 |
What is the key difference between A6500-TP and A6500-UM when planning a card replacement?
A6500-TP is focused on temperature and standard process measurements, while A6500-UM serves universal machinery measurement functions. Therefore, the measurement purpose of the existing card is more important than simply matching the rack family when selecting a replacement.
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Does A6500-TP need an A6500-CC when the card is being configured or integrated into the system?
Yes. The configuration procedure uses the A6500-CC Communication Card together with AMS Machine Studio. The A6500-CC also provides the external communication interfaces used to transfer measurement and status values to connected systems.
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| 05 |
What should be checked before ordering an A6500-TP for a failed installed card?
Check the complete part designation, hardware revision, existing rack arrangement, sensor type, wiring method, process input range and configuration requirements. If possible, save the existing card configuration before replacement. After installation, the saved configuration can be loaded to the replacement card through AMS Machine Studio.
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AFTER-SALES
Return / Replacement
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Please contact us within 7 days if you have any question after you receiving the items.
The returned items has to be in its original condition, specific reason for the return, we will issue a return or replacement for your order after we received the returns.
The buyer is responsible for all the shipping cost incurred.
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| 6SL3330-7TE35-0AA3 | PR6424/00A-110 | X20DI2372 | IC695ALG608 |
| 3500/33 | 0AK300.11 | PR6423/002-130 | F7131 |
| IC200PNS002-AB | 2100P | MTL5575 | 1747-SN |
| PR6423/005-110 | 6ES7132-4BD02-0AA0 | SENSION156 | IC695ALG608-CA |
| 140734-01 | F7133 | IC694MDL645E | 6ES7590-1AF30-0AA0 |
| PR6423/012-140 | 1900C | IC695PSD040H | 3UM161.6 |
| 3500/40M | F-PWR 01 | PR6424/006-030 | 7DM465.7 |
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| IC694ALG390C | UM161 | PR6423/00R-010 | DR2800 |
| 145988-02 | 6ES7214-1BG40-0XB0 | IC200CHS006 | ASD18B-K |
| 163179-01 | 3UM161.6 | IC695PNC001-BFBE | 2612602 |
| PR6424/00A-110 | F7131 | IC200MDL750L | 6GK7542-5DX10-0XE0 |
| 098918 | PR6423/013-000 | IC693ALG223-FA | 7AT664.70 |
| IC695RMX228-ACAB | 6ES7134-6PA00-0CU0 | PHC805 | IC200MDL640 |
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Embrace the Future of Innovation Unlock the Power of Seamless Automation By integrating advanced automation solutions, real-time analytics, sophisticated control systems, and lifecycle services, improves operational performance while reducing risks, costs, and downtime. WeChat: hu18030235311 | WhatsApp: +86-18030235311 Mobile: +86-18030235311 | E-mail: sales3@amikon.cn
Embrace the Future of Innovation Unlock the Power of Seamless Automation By integrating advanced automation solutions, real-time analytics, sophisticated control systems, and lifecycle services, improves operational performance while reducing risks, costs, and downtime. WeChat: hu18030235311 | WhatsApp: +86-18030235311 Mobile: +86-18030235311 | E-mail: sales3@amikon.cn
Embrace the Future of Innovation Unlock the Power of Seamless Automation By integrating advanced automation solutions, real-time analytics, sophisticated control systems, and lifecycle services, improves operational performance while reducing risks, costs, and downtime. WeChat: hu18030235311 | WhatsApp: +86-18030235311 Mobile: +86-18030235311 | E-mail: sales3@amikon.cn
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