The advantages of a pre-pressurized reference system with a standard mV output that works with most transmitters and controllers are provided by EasyFerm Plus conventional pH sensors.
Sensors are available with industry-standard electrical connector options, such as S8, K8, and VP (Variopin), whether installed as new or retrofitted.
PT100 or PT1000 RTD temperature compensation is also available for VP connectors. Hamilton offers a wide range of adapter cables compatible with any device when connecting to a bio-controller.
The most often suggested EasyFerm Plus Traditional sensors are shown below.
Source: Hamilton Process Analytics
| Part # / Ref |
Sensor Family |
a-length |
Electrical Connector |
Temperature Sensor |
| 238633-1111 |
EasyFerm Plus |
120 mm |
VP6 |
Pt100 |
| 238633-1112 |
EasyFerm Plus |
120 mm |
VP6 |
Pt1000 |
| 238633-1121 |
EasyFerm Plus |
160 mm |
VP6 |
Pt100 |
| 238633-1122 |
EasyFerm Plus |
160 mm |
VP6 |
Pt1000 |
| 238633-1131 |
EasyFerm Plus |
200 mm |
VP6 |
Pt100 |
| 238633-1132 |
EasyFerm Plus |
200 mm |
VP6 |
Pt1000 |
| 238633-1141 |
EasyFerm Plus |
225 mm |
VP6 |
Pt100 |
| 238633-1142 |
EasyFerm Plus |
225 mm |
VP6 |
Pt1000 |
| 238633-1151 |
EasyFerm Plus |
325 mm |
VP6 |
Pt100 |
| 238633-1152 |
EasyFerm Plus |
325 mm |
VP6 |
Pt1000 |
| 238633-1161 |
EasyFerm Plus |
360 mm |
VP6 |
Pt100 |
| 238633-1162 |
EasyFerm Plus |
360 mm |
VP6 |
Pt1000 |
| 238633-1171 |
EasyFerm Plus |
425 mm |
VP6 |
Pt100 |
| 238633-1172 |
EasyFerm Plus |
425 mm |
VP6 |
Pt1000 |
| 238633-1213 |
EasyFerm Plus |
120 mm |
S8 |
No |
| 238633-1223 |
EasyFerm Plus |
160 mm |
S8 |
No |
| 238633-1233 |
EasyFerm Plus |
200 mm |
S8 |
No |
| 238633-1243 |
EasyFerm Plus |
225 mm |
S8 |
No |
| 238633-1253 |
EasyFerm Plus |
325 mm |
S8 |
No |
| 238633-1263 |
EasyFerm Plus |
360 mm |
S8 |
No |
| 238633-1273 |
EasyFerm Plus |
425 mm |
S8 |
No |
| 238633-1513 |
EasyFerm Plus |
120 mm |
K8 |
No |
| 238633-1523 |
EasyFerm Plus |
160 mm |
K8 |
No |
| 238633-1533 |
EasyFerm Plus |
200 mm |
K8 |
No |
| 238633-1543 |
EasyFerm Plus |
225 mm |
K8 |
No |
| 238633-1553 |
EasyFerm Plus |
325 mm |
K8 |
No |
| 238633-1563 |
EasyFerm Plus |
360 mm |
K8 |
No |
| 238633-1573 |
EasyFerm Plus |
425 mm |
K8 |
No |
| 238633-1611 |
EasyFerm Plus |
120 mm |
VP6 |
Pt100 |
| 238633-1612 |
EasyFerm Plus |
120 mm |
VP6 |
Pt1000 |
| 238633-1641 |
EasyFerm Plus |
225 mm |
VP6 |
Pt100 |
| 238633-1642 |
EasyFerm Plus |
225 mm |
VP6 |
Pt1000 |
| 238633-2111 |
EasyFerm Plus |
120 mm |
VP6 |
Pt100 |
| 238633-2112 |
EasyFerm Plus |
120 mm |
VP6 |
Pt1000 |
| 238633-2121 |
EasyFerm Plus |
160 mm |
VP6 |
Pt100 |
| 238633-2122 |
EasyFerm Plus |
160 mm |
VP6 |
Pt1000 |
| 238633-2131 |
EasyFerm Plus |
200 mm |
VP6 |
Pt100 |
| 238633-2132 |
EasyFerm Plus |
200 mm |
VP6 |
Pt1000 |
| 238633-2141 |
EasyFerm Plus |
225 mm |
VP6 |
Pt100 |
| 238633-2142 |
EasyFerm Plus |
225 mm |
VP6 |
Pt1000 |
| 238633-2151 |
EasyFerm Plus |
325 mm |
VP6 |
Pt100 |
| 238633-2152 |
EasyFerm Plus |
325 mm |
VP6 |
Pt1000 |
| 238633-2171 |
EasyFerm Plus |
425 mm |
VP6 |
Pt100 |
| 238633-2172 |
EasyFerm Plus |
425 mm |
VP6 |
Pt1000 |
| 238633-2611 |
EasyFerm Plus |
120 mm |
VP6 |
Pt100 |
| 238633-2612 |
EasyFerm Plus |
120 mm |
VP6 |
Pt1000 |
| 238633-2641 |
EasyFerm Plus |
225 mm |
VP6 |
Pt100 |
| 238633-2642 |
EasyFerm Plus |
225 mm |
VP6 |
Pt1000 |
Accessories
Traditional Sensor Cables
Image Credit: Hamilton Process Analytics
Traditional pH, ORP, and dissolved oxygen sensor cables come in various connector types and lengths to suit various applications.
Traditional Transmitters
Image Credit: Hamilton Process Analytics
The Hamilton Transmitter Series combines dependability and simplicity of use for standard pH, ORP, conductivity, and dissolved oxygen measurements.
Housings-Flowcells-Sockets
Image Credit: Hamilton Process Analytics
Hamilton provides a range of flow cells, weld-in sockets, and static and retractable housings to suit a variety of uses.
DuraCal ORP Buffer Solutions
Image Credit: Hamilton Process Analytics
pH stability is offered by patented buffer solutions for up to five years. Fast and reliable calibration is made possible by a large buffering capacity.