Process control - Import export

Probes for process control Probes are available to measure the different process parameters. These values can be displayed on our monitoring instrument and recorded in our bls software, see measure & control. Frequently measured parameters are: temperature pressure stirrer speed torque pH IR probes, probes to control particle sizes etc. from other suppliers can be integrated into our pressure reactors or stirred autoclaves.

Heat exchangers are mainly used in vacuum distillation systems for cooling and condensation in the absorption and rectification processes in chemical plants. Glass heat exchangers enable visual process control during scale-up and production and processing of multiple (acidic) chemical substances. We offer glass spiral type and shell & tube type heat exchangers. These are often operated in combination with a secondary condenser for additional vapor condensation. The glass spiral heat exchangers can be operated in parallel to form large heat exchange areas for higher condensation performances and larger reactors systems in pilot plants. They feature easy cleaning and operation of cooling media at up to 3 bar pressure.

Inert laboratory pressure reactor system Reactor volume: 100 - 300 ml Pressure: -1 (FV) to +10 bar Temperature: -20 °C to +150 °C Material: Borosilicate glass 3.3, PTFE, PFA, FEP Special executions are available. This metal - free pressure reactor system is designed for the use of interchangeable glass pressure vessels. All product touched parts are made of inert (non-metallic) materials. Safety features guarantee safe reactions under pressure. The glass reactors ensure high resistance against acids, while allowing visual process control and monitoring. A wide range of accessories is available – talk to us to define the right setup for your specific need.

Laboratory pressure reactor system / Stirred autoclave for chemical research Reactor volume: 100 to 300 ml Pressure: -1 (FV) to +10 bar / 100 bar Temperature: -20 °C to +200 / 300 °C Material: Borosilicate glass 3.3, stainless steel, Hastelloy®, PTFE Other materials, pressures & temperatures are available This pressure reactor system is designed for the use of interchangeable pressure vessels in glass, steel, Hastelloy®, Teflon. Safety features guarantee safe reactions under pressure. The glass pressure reactors ensure high resistance against acids, while allowing visual process control and monitoring.

Laboratory pressure reactor system Reactor volume: 10 to 25 ml Pressure: -1 (FV) to +10 / 100 bar Temperature: -20 °C to +200 / 300 °C Material: Borosilicate glass 3.3, stainless steel, Hastelloy®, PTFE Other materials, pressures & temperatures are available. This pressure reactor system is designed for the use of interchangeable pressure vessels in glass, steel, Hastelloy®, Teflon. Safety features guarantee safe reactions under pressure. The glass pressure reactors ensure high resistance against acids, while allowing visual process control and monitoring.

Analog measured values are indicated, evaluated and calculated by the process meter. With the integrated loop power supply two-wire sensors can be powered. The universal inputs enable the connection of current, voltage, RTDs and TCs. Limit values can be monitored and relays can be switched. Via analog outputs process signals can be forwarded. The integrated application package "differential pressure" allows the quick and easy commissioning for differential pressure applications.

The process meter monitors and displays the analog measured values. Pumps can be monitored with the digital status inputs. The RIA452 can provide power directly to two-wire sensors connected. Up to eight freely programmable relays monitor the measured value. Other operating modes for the relays include sensor or device malfunction, batch and pump control functions. Furthermore, the RIA452 can be used as a preset counter and for measuring flow at open channels and measuring weirs.

Analog measured values are indicated, evaluated and calculated by the process transmitter. With the integrated loop power supply two-wire sensors can be powered. The universal inputs enable the connection of current, voltage, RTDs and TCs. Limit values can be monitored and relays can be switched. Via analog outputs process signals can be forwarded. The integrated application package "differential pressure" allows the quick and easy commissioning for differential pressure applications.

Memosens CCS51D is a robust, low-maintenance sensor for free chlorine. It provides high-precision measurement with long-term stability in drinking water, pool and process water and ensures consistent disinfection monitoring even at low water volumes. The free chlorine sensor features extremely fast response times guaranteeing efficient process control and safe processes. Thanks to Memosens digital technology, CCS51D combines maximum process and data integrity with simple operation.

The compact Promass A is ideal for continuous process control in very demanding applications. Its unique self-drainable single-tube system enables accurate measurement of liquids and gases at lowest flow rates and high pressure. With its innovative remote transmitter Promass A 500 maximizes installation flexibility and operational safety in demanding environments. Heartbeat Technology ensures compliance and process safety at all times.

Promass A is ideal for continuous process control in very demanding applications. Its unique self-drainable single-tube system enables accurate measurement of liquids and gases at lowest flow rates and high pressure. With its compact transmitter Promass A 300 offers high flexibility in terms of operation and system integration: access from one side, remote display, improved connectivity options. Heartbeat Technology ensures compliance and process safety at all times.

The HOTmatic HM 35 is the ideal hotformer for the costefficient production of precision forgings with a diameter of up to 75 mm, with a production rate of up to 170 parts per minute. Main advantages Highest productivity in this class, High process reliability, Controlled and lowimpact part discharge, Four forming stations for wide range of applications

Precision speed and length measurements are critical for optimization of continuous or quasi-continuous production processes. Proper utilization of these measurements can lead to lower production costs and higher product quality. The ideal sensor must exceed traditional contact encoder performance, increasing reliability and accuracy while minimizing maintenance requirements and material yield. The LSV Laser Surface Velocimeters have been designed as the ideal next generation sensors for non-contact length and speed measurement. They provide precise length and velocity data quickly and reliably for both process control and cut-to- length applications. The LSV 1000/2100 measure reliably on almost any solid surface, whether controlling processes utilizing carbon steel, shiny aluminium or oily sheets, or producing round wire and cable, or manufacturing paper, cardboard or tissue.