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  6. MERCURY-ITC-1 MercuryiTC temperature controller configured with one PID loop (59-CQV0000)

MERCURY-ITC-1 MercuryiTC temperature controller configured with one PID loop (59-CQV0000)

E3-101
MercuryiTC temperature controller base unit configured with one PID loop. The MercuryiTC is a versatile cryogenic environment controller. In its basic form it includes a single channel high-resolution (24 bit) temperature measurement circuit which supports all the standard cryogenic sensors.
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DESCRIPTION

The MercuryiTC is a versatile cryogenic environment controller. In its basic form it includes a single channel high-resolution (24 bit) temperature measurement circuit which supports all the standard cryogenic sensors (ruthenium oxide, Cernox, silicon diodes, platinum, thermocouple and RhFe). With the constant voltage mode it enables reliable, accurate temperature measurement using negative temperature sensors (NTC) down to below 250 mK.

The base unit enables PID loop configuration control of a single heater output up to 80W (40 V, 2 A). The base unit incorporates a versatile touch screen display with signal widgets (18 widgets) that are user configurable to display any of the internal system signals. The unit is fully controllable by remote command via TCP/IP, USB, RS232 or optional GPIB.

Any of the available system signals are also available by remote command. The base unit is expandable with plug-and-play cards. There are 9 expansion slots, 8 multi-use and 1 dedicated for GPIB. The expansion slots allow the addition of 8 extra temperature sensor cards, or 3 temperature sensor cards coupled with 3 additional 80W heater cards to form a total of 4 independent PID loops. Or pressure sensors cards can be added which can be used to control cryogen flow via Auxiliary (Gas Control) cards.

Please note: The temperature sensor – heater PID loop algorithm also includes a feature to balance a cooling cryogen flow without the need of a pressure card.

 The MercuryiTC will also support the Cryogen level meter card for monitoring Helium and Nitrogen cryogen levels Thermometry

• Number of inputs: 1 included as standard, up to 8 extra
• A/D Resolution: 24-bit
• Maximum reading rate: Up to 4 readings per sec.
• Isolation: All sensors independently isolated
• Supported sensor types: All standard types of cryogenic RTD’s plus diodes and thermocouples Heater
• Number of outputs: 1 incl. as standard, up to 3 extra
• DAC Resolution: 16-bit
• Max heater power: 80 W
• Max current: 2 A
• Max voltage: 40 V
• Heater load range: 20 Ohms to 120 Ohms
• Heater noise (0 - 2 MHz): 2 mV Configuration options
• Sensor input: Up to 9
• Heater output: Up to 4
• N2 / He level meter: Up to 2
• Auxiliary control (stepper motor): Up to 4
• GPIB: 1 Control
• Number of loops: 1 incl. as standard, up to 3 extra
• PID control: Fixed or zonal
• Set point: Programmable
• Proportional gain: 0 to 200 K (resolution 0.1)
• Integral time: 0 to 200 mins (resolution 0.001)
• Derivative rate: 0 to 300 mins (resolution 0.001) Pressure Reading
• Number of inputs: Up to 4
• A/D Resolution: 24-bit
• Maximum reading rate: Up to 4 readings per sec.
• Absolute accuracy: ±0.1% full scale in each range
• Voltage Ranges: 10V, 1.6V, 0.8V, 0.4V, 0.2V, 0-0.1V (Auto-ranging)
• Current Ranges: 4-20mA (20mA, 16mA, 8mA, 4mA Auto-ranging)
• Sensor Excitation Voltage: 0 V(off) , 10V±5% or 15V±5%
• Sensor Excitation Current: 0 - 20 mA
• Supported sensor types: Voltage, Current and Ratiometric Cryogen Level Reading
• Number of cards: Up to 2
• Each card supports a Helium Level input and a Nitrogen Level input
• Helium Level specifications ◦Excitation current settings: 20 mA to 280 mA in 20 mA steps ◦Excitation current accuracy: ±5% ◦Excitation voltage: 40 V maximum ◦Probe resistance: 0 to 300 ohms ◦Probe resistance accuracy: ±0.2% ◦Probe resistance stability: ±0.1% ◦A/D Resolution: 24-bit ◦Reading rate: 1 sample every 10s or 1 sample every 30 minutes. ◦Isolation: All sensors independently isolated •Nitrogen Level input ◦Probe source voltage: 12 VDC ◦Probe source oscillator frequency range: 5 kHz to 90 kHz ◦Probe sensing resolution (level): 0.1% ◦Probe sensing accuracy (level): 0.5%

Download the MSDS sheet here

TECHNICAL INFORMATION

PAYMENT & DELIVERY

Payment Policy
Our eStore allows customers to pay for their order by prepaid methods like debit & credit card, paypal or prepaid invoice via a bank transfer and through postpaid net 30 days invoice. If you wish to pay by card or paypal, you don’t need to communicate with us first and you can also check out as guest. If you wish to pay by prepaid bank transfer, you will have to register a MyOI account first, then request to ecommerceteam@estore.oxinst.com to activate prepaid bank transfer (Proforma invoice) on your MyOI account.

If you wish to pay by net 30 days invoice, you will have to request this when you register a MyOI account. Please be aware that only customers with previous business with Oxford Instruments will be authorised to pay by net 30 day invoice. You can explain your previous business with Oxford Instruments when you register your MyOI account. If your institution or company doesn’t have any previous business relationship with Oxford Instruments, you will be asked to place at least 3 prepaid orders through the eStore before we can consider your request.

If your institution or company has a special arrangement with Oxford Instruments, please get in touch with ecommerceteam@estore.oxinst.com providing information about your contact person in Oxford Instruments

Our eStore is managed by our ecommerce partner ModusLink. This means that on the e-invoice, you will see both the ModusLink and Oxford Instruments logos. If you wish to pay by net 30 day invoice, you will have to send us a PO with ModusLink as supplier, because the invoice will have to be paid into ModusLink’s bank account, so we need to make sure ModusLink is a registered vendor in your system and payment won’t be delayed.

If you need to register ModusLink as supplier, please feel free to send to ecommerceteam@estore.oxinst.com any documents and we will help you and fill it for you.

Delivery

Our stock is shipped from Massachusetts.

US: UPS Ground (4 to 5 working days) USD $14 (Free for orders over $1499)
Fedex 2 day Shipping (2 to 3 working days) $39
Canada: UPS Ground (4 to 5 working days) is USD $29 (Free for orders over USD $1499)
Fedex International (2 to 3 working days) is USD $119

For US customers: If you don’t have a tax exemption certificate, taxes will be added to your basket. If your company or institution is tax exempt, please make sure to complete the registration of your MyOI account, upload your document during the registration and wait for confirmation that it has been applied to your MyOI account.

For customers in Canada: Please be aware that we deliver DAP to your country. No taxes will be applied to the checkout.


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MERCURY-ITC-1 MercuryiTC temperature controller configured with one PID loop (59-CQV0000) product photo
MERCURY-ITC-1 MercuryiTC temperature controller configured with one PID loop (59-CQV0000)
ID E3-101
$ 4,223.00