tc-250 file:///c:/users/tracy/desktop/temp-tc-202-tables ... · pdf fileconsult the chart on...
TRANSCRIPT
TC-250 Bath
MODEL TemperatureRange Low
TemperatureRange High Controller Cooling Temperature
Stability
TC-250AP* -20°C +150°C AP TapWater** 0.01°C
TC-250SD* -20°C +150°C SD TapWater** 0.04°C
TC-250MX* -20°C +135°C MX TapWater** 0.07°C
TC-250 Bath
MODEL DigitalReadout/Accuracy
ReservoirCapacity
PumpSpeed
FlowRate
InternalWorkArea
DxWxH(inches)
OverallDimensions
DxWxH(inches)
Weight(Gross)
TC-250AP* Touch Screen 10.0 liters Variable 16LPM
5.0 x11.0 x6.0
13.9 x 13.5x 14.9 45 lbs
TC-250SD* LCD/Scroll Touch 10.0 liters 2-speed 11LPM
5.0 x11.0 x6.0
13.9 x 13.5x 14.9 45 lbs
TC-250MX* LCD 10.0 liters 1-speed 12LPM
5.0 x11.0 x6.0
13.9 x 13.5x 16.0 39 lbs
* For use at lower temperatures, use the built-in tap water cooling or usemodel TC-351 Cooler for control to -20°C.
** Tap water connection requied.
FOR TEMPERATURES HIGHER THAN 80°C PLEASE CONTACTBROOKFIELD FOR FLUID RECOMMENDATIONS.
Note: Specify voltage and frequency when ordering.
N/A=Not Applicable
†Temperature stability may vary depending on bath volume, surface area,insulation and type of fluid.
TC-250 file:///C:/Users/tracy/Desktop/temp-tc-202-tables.html
1 of 1 2013/02/27 13:28
Temperature Control with Brookfield BathsA smart investment for accurate viscosity measurements.
SD Series Controllers AP Series ControllersMX Series Controllers
Temperature Baths Features
N/A - Not Applicable† Temperature stability may vary depending on bath
volume, surface area, insulation and type of �uid
* For use at lower temperatures, use the built-in tap water cooling, or use model TC-351 Cooler for control to -20°C.Low temperature range without cooling will be 10°C above ambient.FOR OPERATING TEMPERATURES HIGHER THAN 80°C, PLEASE CONTACT BROOKFIELD FOR BATH FLUID RECOMMENDATIONS.
Tem
pera
ture
Ran
ge Lo
wTe
mpe
ratu
re
Ran
ge H
igh
Cont
rolle
r
Cool
ing
Tem
pera
ture
Sta
bilit
y†
Digita
l Rea
dout
/
Acc
urac
y
Rese
rvoi
r C
apac
ity
Inte
rnal
Wor
k Are
a
DxWxH
(inch
es)
Overa
ll D
imen
sions
DxW
xH (in
ches
)
Wei
ght
(Gro
ss)
MODEL
TC-650APTC-650SDTC-650MXTC-550APTC-550SDTC-550MXTC-250AP*TC-250SD*TC-250MX*TC-150AP*TC-150SD*TC-150MX*TC-351
-20°C-20°C-20°C-20°C-20°C-20°C-20°C-20°C-20°C-20°C-20°C-20°C-20°C
+200°C+170°C+135°C+200°C+170°C+135°C+150°C+150°C+135°C+150°C+150°C+135°C
N/A
APSDMXAPSDMXAPSDMXAPSDMXN/A
RefrigeratedRefrigeratedRefrigeratedRefrigeratedRefrigeratedRefrigerated
Tap WaterTap WaterTap WaterTap WaterTap WaterTap Water
N/A
0.01°C0.04°C0.07°C0.01°C0.04°C0.07°C0.01°C0.04°C0.07°C0.01°C0.04°C0.07°C
N/A
Touch ScreenLCD/Scroll Touch
LCDTouch Screen
LCD/Scroll TouchLCD
Touch ScreenLCD/Scroll Touch
LCDTouch Screen
LCD/Scroll TouchLCDN/A
7.0 liters7.0 liters7.0 liters7.0 liters7.0 liters7.0 liters
10.0 liters10.0 liters10.0 liters6.0 liters6.0 liters6.0 liters
N/A
Pum
pSp
eed
Variable2-speed1-speedVariable2-speed1-speedVariable2-speed1-speedVariable2-speed1-speed
N/A
Max
imum
Flo
w
Rate
20 LPM11 LPM12 LPM20 LPM11 LPM12 LPM20 LPM11 LPM12 LPM20 LPM11 LPM12 LPM
N/A
6.18 x 5.59 x 5.06.18 x 5.59 x 5.06.18 x 5.59 x 5.06.18 x 5.59 x 5.06.18 x 5.59 x 5.06.18 x 5.59 x 5.05.0 x 11.0 x 6.05.0 x 11.0 x 6.05.0 x 11.0 x 6.04.5 x 4.0 x 6.04.5 x 4.0 x 6.04.5 x 4.0 x 6.0
N/A
90 lbs90 lbs84 lbs90 lbs90 lbs84 lbs45 lbs45 lbs39 lbs26 lbs26 lbs20 lbs72 lbs
21.3 x 8.7 x 24.321.3 x 8.7 x 24.321.3 x 8.7 x 25.4
23.2 x 16.2 x 16.223.2 x 16.2 x 16.223.2 x 16.2 x 17.313.9 x 13.5 x 14.913.9 x 13.5 x 14.913.9 x 13.5 x 16.013.4 x 8.1 x 14.913.4 x 8.1 x 14.913.4 x 8.1 x 16.0
14.0 x 14.0 x 14.0
AdditionalAccessoriesAdditional benches for elevating the position of beakers, metal lids for anchoring beakers, hoses, and deck lid covers are available. Contact us for details.
Water Bath Accessories
Algicide 8 oz.
TC-Fluid 1AKeeps circulator baths clean, odor free and resists black algae
Ethylene Glycol 1 gal.
TC-Fluid 2 -20°C to +100°CLaboratory grade bath fluidNormally mixed with water at 50:50 ratio
High Temperature Fluid 1 gal.
TC-Fluid 3 +50°C to +150°C
TC-Fluid 4 +100°C to +200°C
PVS-152 +25°C to +200°CThese heat transfer fluids provide superior thermal stability
Low Temperature Fluid 1 gal.
TC-Fluid 5 -50°C to +58°C
Excellent low temperature performanceLittle or no evaporation
Bath Cleaner 8 oz.
TC-Fluid 6A
Removes rust and mineral depositsConcentrated liquid
18” Lab Stand Rod
VS-CRA-18S Designed for increasing viscometer height when measuring in a TC-150, TC-250 or TC-550 Bath
NEW series of temperature bath systems combine state-of-the-art controller displays with high performance circulating baths to give accurate test results for your viscosity measurements
Choosing the right model is easy:
- Choose the controller by considering factors such as the need for PC control using Rheocalc with DV-II+Pro or DV-III Ultra, ease of use, pump speed, and foreign language choices (AP series controller only).
- Determine the type of circulating bath needed by considering temperature range, cooling requirements, reservoir capacity, flow speeds and built-in drains (Models TC-550 and TC-650). Consult the chart on the reverse side for specifications.
ISO 9001 CERTIFIED
11 COMMERCE BLVD., MIDDLEBORO, MA 02346 USATEL 800-628-8139 or 508-946-6200 FAX 508-946-6262 www.brookfieldengineering.com
QUICK HELPFUL HINTS:
Already familiar with Brookfield baths and controllers? Choosing a new bath should be simple. For example, best choice for a TC-102 replacement would be the TC-150 series while users of the TC-602 should consider the TC-650 series
Users of our previous digital series controllers should consider the SD as the most direct replacement with the added benefit of PC control using Rheocalc software. The MX is an economical choice which does not have PC control capability. Users of our previous programmable controllers should consider the both new SD and AP series.
New to Brookfield baths and controllers? Additional information can be found on Brookfield’s webite:www.brookfieldengineering.comor call us at 800-628-8139 (North America) or 508-946-6200 to talk with a customer service representative.
The world leader in viscosity measurement and control for over 75 years!
- Economical- Large character display- Single-speed pump- Maximum temperature up to
135°C
- Best value- Programmable with PC control
using Rheocalc software- Quick scroll to set temperature
in standalone mode- 2-speed pump- Maximum temperature up to
170°C - Swivel-mounted for optimum viewing angles
- Full color touch-screen interface- Standalone programmable or PC
control with Rheocalc software- Variable-speed pump- Max. temperature up to 200°C- Multiple languages (English, French,
German, Spanish, Chinese, Arabic available)
- Built-in help menu- Integrate external temp. probe for circulation to accessory devices
- Swivel-mounted for optimum viewing angles
Step 1: Choose the controller that best suits your application.
MX Controller shown
SD Controller shown
TC-150
TC-250
AP Controller shown
AP Controller shown TC-650
TC-550
TC-351Cooler (not shown) for use with TC-150 & TC-250 Circulating Baths
Eliminates tap water requirements on non-refrigerated bathsIncreases lower range of most baths to –20°C
Circulating Water Bath Non-RefrigeratedCompact – smallest “footprint” available6-liter reservoir capacityRemovable deck lid accommodates one 600 mL beaker to measure viscosity directly in the bathTap water cooling coil for temperature control at 25°C*Built-in circulator pump for use with external water-jacketed devices**Available with MX, SD or AP ControllerChemical and stain resistant composite deck material
Circulating Water Bath Non-RefrigeratedLargest work area available for conditioning multiple samples directly in the bath10-liter reservoir capacityAccommodates 600 mL and 1000 mL beakers (cover is removable for large sample container requirements)Built-in tap water cooling coil for temperature control at 25°C.*Built-in circulator pump for use with external water-jacket devices**Available with MX, SD or AP ControllerChemical and stain resistant composite deck material
Circulating Water Bath RefrigeratedMost popular choice with widest temperature control capability7-liter reservoir capacityConfigured to measure viscosity directly in the bath or circulate to external water-jacketed devices**Accommodates one 600 mL beakerProvides stand-alone operation with no tap water required and easy control of set-pointAvailable with MX, SD or AP ControllersAutomated sample temperature control available with SD and AP ControllersChemical and stain resistant composite deck materialComes with built-in drain and removable filter
Circulating Water Bath RefrigeratedCompact — small “footprint” on your lab bench or can be placed underneath lab bench7-liter reservoir capacitySpecifically designed for circulating to external water-jacketed devices** Accommodates one 600 mL beakerProvides stand-alone operation with no tap water required and easy control of set-pointAvailable with MX, SD or AP ControllersAutomated sample temperature control available with SD and AP ControllersChemical and stain resistant composite deck materialComes with built-in drain and removable filter
Step 2: Choose the Circulating Bath that meets your requirements.
Step 3: Refer to the chart on page 4 for all TC series model specifications. PC control capable with Rheocalc software (includes RS-232 cable). *Provided tap water temperature is 15°C or lower
**All baths can be used with Brookfield water jacketed devices: Wells-Brookfield Cone/Plate Viscometer, R/S-CC and R/S-CPS Rheometers and Small Sample Adapter, Ultra-Low Adapter and DIN Adapter. accessories. Refer to Chart on page 4 for all TC series model specifications.
All baths ship with: benches for beaker placement in bath, barbed fittings for hose attachment and clamps, and a quick start guide and operator’s manual on a CD in multiple languages.
MX Controller shown
SD Controller shown
TC-150
TC-250
AP Controller shown
AP Controller shown TC-650
TC-550
TC-351Cooler (not shown) for use with TC-150 & TC-250 Circulating Baths
Eliminates tap water requirements on non-refrigerated bathsIncreases lower range of most baths to –20°C
Circulating Water Bath Non-RefrigeratedCompact – smallest “footprint” available6-liter reservoir capacityRemovable deck lid accommodates one 600 mL beaker to measure viscosity directly in the bathTap water cooling coil for temperature control at 25°C*Built-in circulator pump for use with external water-jacketed devices**Available with MX, SD or AP ControllerChemical and stain resistant composite deck material
Circulating Water Bath Non-RefrigeratedLargest work area available for conditioning multiple samples directly in the bath10-liter reservoir capacityAccommodates 600 mL and 1000 mL beakers (cover is removable for large sample container requirements)Built-in tap water cooling coil for temperature control at 25°C.*Built-in circulator pump for use with external water-jacket devices**Available with MX, SD or AP ControllerChemical and stain resistant composite deck material
Circulating Water Bath RefrigeratedMost popular choice with widest temperature control capability7-liter reservoir capacityConfigured to measure viscosity directly in the bath or circulate to external water-jacketed devices**Accommodates one 600 mL beakerProvides stand-alone operation with no tap water required and easy control of set-pointAvailable with MX, SD or AP ControllersAutomated sample temperature control available with SD and AP ControllersChemical and stain resistant composite deck materialComes with built-in drain and removable filter
Circulating Water Bath RefrigeratedCompact — small “footprint” on your lab bench or can be placed underneath lab bench7-liter reservoir capacitySpecifically designed for circulating to external water-jacketed devices** Accommodates one 600 mL beakerProvides stand-alone operation with no tap water required and easy control of set-pointAvailable with MX, SD or AP ControllersAutomated sample temperature control available with SD and AP ControllersChemical and stain resistant composite deck materialComes with built-in drain and removable filter
Step 2: Choose the Circulating Bath that meets your requirements.
Step 3: Refer to the chart on page 4 for all TC series model specifications. PC control capable with Rheocalc software (includes RS-232 cable). *Provided tap water temperature is 15°C or lower
**All baths can be used with Brookfield water jacketed devices: Wells-Brookfield Cone/Plate Viscometer, R/S-CC and R/S-CPS Rheometers and Small Sample Adapter, Ultra-Low Adapter and DIN Adapter. accessories. Refer to Chart on page 4 for all TC series model specifications.
All baths ship with: benches for beaker placement in bath, barbed fittings for hose attachment and clamps, and a quick start guide and operator’s manual on a CD in multiple languages.
Temperature Control with Brookfield BathsA smart investment for accurate viscosity measurements.
SD Series Controllers AP Series ControllersMX Series Controllers
Temperature Baths Features
N/A - Not Applicable† Temperature stability may vary depending on bath
volume, surface area, insulation and type of �uid
* For use at lower temperatures, use the built-in tap water cooling, or use model TC-351 Cooler for control to -20°C.Low temperature range without cooling will be 10°C above ambient.FOR OPERATING TEMPERATURES HIGHER THAN 80°C, PLEASE CONTACT BROOKFIELD FOR BATH FLUID RECOMMENDATIONS.
Tem
pera
ture
Ran
ge Lo
wTe
mpe
ratu
re
Ran
ge H
igh
Cont
rolle
r
Cool
ing
Tem
pera
ture
Sta
bilit
y†
Digita
l Rea
dout
/
Acc
urac
y
Rese
rvoi
r C
apac
ity
Inte
rnal
Wor
k Are
a
DxWxH
(inch
es)
Overa
ll D
imen
sions
DxW
xH (in
ches
)
Wei
ght
(Gro
ss)
MODEL
TC-650APTC-650SDTC-650MXTC-550APTC-550SDTC-550MXTC-250AP*TC-250SD*TC-250MX*TC-150AP*TC-150SD*TC-150MX*TC-351
-20°C-20°C-20°C-20°C-20°C-20°C-20°C-20°C-20°C-20°C-20°C-20°C-20°C
+200°C+170°C+135°C+200°C+170°C+135°C+150°C+150°C+135°C+150°C+150°C+135°C
N/A
APSDMXAPSDMXAPSDMXAPSDMXN/A
RefrigeratedRefrigeratedRefrigeratedRefrigeratedRefrigeratedRefrigerated
Tap WaterTap WaterTap WaterTap WaterTap WaterTap Water
N/A
0.01°C0.04°C0.07°C0.01°C0.04°C0.07°C0.01°C0.04°C0.07°C0.01°C0.04°C0.07°C
N/A
Touch ScreenLCD/Scroll Touch
LCDTouch Screen
LCD/Scroll TouchLCD
Touch ScreenLCD/Scroll Touch
LCDTouch Screen
LCD/Scroll TouchLCDN/A
7.0 liters7.0 liters7.0 liters7.0 liters7.0 liters7.0 liters
10.0 liters10.0 liters10.0 liters6.0 liters6.0 liters6.0 liters
N/A
Pum
pSp
eed
Variable2-speed1-speedVariable2-speed1-speedVariable2-speed1-speedVariable2-speed1-speed
N/A
Max
imum
Flo
w
Rate
20 LPM11 LPM12 LPM20 LPM11 LPM12 LPM20 LPM11 LPM12 LPM20 LPM11 LPM12 LPM
N/A
6.18 x 5.59 x 5.06.18 x 5.59 x 5.06.18 x 5.59 x 5.06.18 x 5.59 x 5.06.18 x 5.59 x 5.06.18 x 5.59 x 5.05.0 x 11.0 x 6.05.0 x 11.0 x 6.05.0 x 11.0 x 6.04.5 x 4.0 x 6.04.5 x 4.0 x 6.04.5 x 4.0 x 6.0
N/A
90 lbs90 lbs84 lbs90 lbs90 lbs84 lbs45 lbs45 lbs39 lbs26 lbs26 lbs20 lbs72 lbs
21.3 x 8.7 x 24.321.3 x 8.7 x 24.321.3 x 8.7 x 25.4
23.2 x 16.2 x 16.223.2 x 16.2 x 16.223.2 x 16.2 x 17.313.9 x 13.5 x 14.913.9 x 13.5 x 14.913.9 x 13.5 x 16.013.4 x 8.1 x 14.913.4 x 8.1 x 14.913.4 x 8.1 x 16.0
14.0 x 14.0 x 14.0
AdditionalAccessoriesAdditional benches for elevating the position of beakers, metal lids for anchoring beakers, hoses, and deck lid covers are available. Contact us for details.
Water Bath Accessories
Algicide 8 oz.
TC-Fluid 1AKeeps circulator baths clean, odor free and resists black algae
Ethylene Glycol 1 gal.
TC-Fluid 2 -20°C to +100°CLaboratory grade bath fluidNormally mixed with water at 50:50 ratio
High Temperature Fluid 1 gal.
TC-Fluid 3 +50°C to +150°C
TC-Fluid 4 +100°C to +200°C
PVS-152 +25°C to +200°CThese heat transfer fluids provide superior thermal stability
Low Temperature Fluid 1 gal.
TC-Fluid 5 -50°C to +58°C
Excellent low temperature performanceLittle or no evaporation
Bath Cleaner 8 oz.
TC-Fluid 6A
Removes rust and mineral depositsConcentrated liquid
18” Lab Stand Rod
VS-CRA-18S Designed for increasing viscometer height when measuring in a TC-150, TC-250 or TC-550 Bath
NEW series of temperature bath systems combine state-of-the-art controller displays with high performance circulating baths to give accurate test results for your viscosity measurements
Choosing the right model is easy:
- Choose the controller by considering factors such as the need for PC control using Rheocalc with DV-II+Pro or DV-III Ultra, ease of use, pump speed, and foreign language choices (AP series controller only).
- Determine the type of circulating bath needed by considering temperature range, cooling requirements, reservoir capacity, flow speeds and built-in drains (Models TC-550 and TC-650). Consult the chart on the reverse side for specifications.
ISO 9001 CERTIFIED
11 COMMERCE BLVD., MIDDLEBORO, MA 02346 USATEL 800-628-8139 or 508-946-6200 FAX 508-946-6262 www.brookfieldengineering.com
QUICK HELPFUL HINTS:
Already familiar with Brookfield baths and controllers? Choosing a new bath should be simple. For example, best choice for a TC-102 replacement would be the TC-150 series while users of the TC-602 should consider the TC-650 series.
Users of our previous digital series controllers should consider the SD as the most direct replacement with the added benefit of PC control using Rheocalc software. The MX is an economical choice which does not have PC control capability. Users of our previous programmable controllers should consider the both new SD and AP series.
New to Brookfield baths and controllers? Additional information can be found on Brookfield’s webite:www.brookfieldengineering.comor call us at 800-628-8139 (North America) or 508-946-6200 to talk with a customer service representative.
The world leader in viscosity measurement and control for over 75 years!
- Economical- Large character display- Single-speed pump- Maximum temperature up to
135°C
- Best value- Programmable with PC control
using Rheocalc software- Quick scroll to set temperature
in standalone mode- 2-speed pump- Maximum temperature up to
170°C - Swivel-mounted for optimum viewing angles
- Full color touch-screen interface- Standalone programmable or PC
control with Rheocalc software- Variable-speed pump- Max. temperature up to 200°C- Multiple languages (English, French,
German, Spanish, Chinese, Arabic available)
- Built-in help menu- Integrate external temp. probe for circulation to accessory devices
- Swivel-mounted for optimum viewing angles
Step 1: Choose the controller that best suits your application.